Journal of Solution Chemistry, VoL 4, No. 8, 1975

Introduction Donald T. Hawkins 1 B A C K G R O U N D A N D SCOPE In 1969, the Libraries and Information Systems Center at Bell Laboratories issued a comprehensive bibliography on the structure and properties of liquid water, covering the years 1957-1968. (This bibliography is now out of print.) Since the literature on this unique and important substance has continued to grow, it seemed appropriate to update the earlier bibliography. The present bibliography, covering the five-year interval 1969-1974, contains 1999 references (in contrast to the 1969 bibliography, which contained 1386 references). The main emphasis is on the properties of liquid water, including the heavy isotopic forms, and ice (although some references on steam were included as they came to light). Fundamental properties of water as a substance or chemical entity are included, but not explicit industrial properties or properties of natural waters, mineral waters, etc. Since it is generally conceded that the relevant properties of dilute aqueous solutions are valuable in elucidating the molecular nature of pure water, some references on these properties are included. References dealing solely with concentrated aqueous solutions are excluded. (To have included them would have produced a bibliography several times larger than this one. Such a bibliography would have been unwieldy to use and expensive to prepare.) Environmental health and biochemical aspects of water are also not included. The recent polywater controversy has been covered in detail. Although a few of the earliest references to this subject are in the 1969 bibliography, most appear here. These will undoubtedly be of interest to persons studying the history of science, as they document a topic that was hotly debated for a few years and that involved many prominent laboratories. The excellent annotated bibliography by Allen (reference 2 of this bibliography) was very helpful in supplying many polywater references. A special effort was made to include as many of the relevant books and conferences as possible. These are listed in the first section of this bibliography. Perhaps the series most deserving of special mention is Water: A Comprehensive Treatise, by F. Franks (reference 14 of this bibliography). 1 Bell L a b o r a t o r i e s ,

Murray

Hill, N e w J e r s e y 07974.

625 9 1975 Plenum Publishing Corporation, 227 West 17th Street, New York, N.Y. 10011. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, microfilming, recording, or otnerwise, without written permission of the publisher.

626

Bibliography on Physical and Chemical Properties of Water: 1969-1974

ORGANIZATION OF BIBLIOGRAPHY In the various bibliography sections, the title, authors, and source are listed for each reference. Many of the references were obtained from Chemical Abstracts (CA), which was searched from Volume 69 through Volume 81. When available, the abstract number of the reference is listed on its last line. Corporate affiliations are given for patents. The bibliography is organized into 23 sections according to subject, as shown in the contents. The subject breakdown more or less parallels that used in the 1969 bibliography and was chosen so as to provide a reasonable number of references in each section. Note that references to properties of liquid water and properties of ice appear in separate sections. Within each section, references are listed alphabetically by author. Each unique reference bears a number consisting of the section number followed by a running 'serial number. References pertinent to more than one section have been listed in all relevant sections, but only the first occurrence of the reference bears a number or generates an entry in the author index. An author index follows the bibliographic listings. The name of each author is listed, along with the reference number of each paper bearing that author's name. A minimal amount of editing was done in many cases to eliminate inconsistencies, particularly those arising from transliteration of Russian names. (Similar editing was done in the case of citations in the bibliographic sections.) This bibliography and author index were prepared by the Bell Laboratories permuted indexing system, BELDEX. 2 STATISTICAL INFORMATION The following statistical information may be of interest. Data from the 1969 bibliography were included. Some slight differences in subject coverage may be responsible for small perturbations in these data. (For instance, ice does not seem to have been as completely covered as in the present bibliography.) Figure 1 shows the rate of growth of the literature on water. The number of publications appearing in a given year is plotted against the year. The data for 1974 are incomplete since at the time this bibliography was compiled (early 1975) references for 1974 were still being abstracted. The data for t969 are somewhat imprecise because of the overlap and possible duplication between the earlier bibliography and the present one. There was a large increase in number of publications in 1966. Following that, tile literature grew at a fairly constant rate, peaking in 1972 with 380 publications. There are 2794 authors' names in this bibliography. Table I shows the The BELDEX program has been copyrighted by Bell Laboratories. For further information see W. K. Lowry, Use of Computers in Information Systems, Science 175, 841-846 (1972).

Introduction

627

400

350

300

o

250

200

F1 II t~ It It It II

150 z I00

50

Ii II 1957

58

59

60

6t

62

65

64

65

66

67

68

69

70

71

YEAR

Fig. 1. G r o w t h o f t h e literature o n water.

Table I. Authorship of Papers on Water

N u m b e r o f papers, P

Number of authors' names a p p e a r i n g o n P papers

1 2 3 4 5 6 7 8 9 10 11 12 13 18 26

2115 384 153 61 30 23 9 4 6 3 1 1 2 1 1

Total

2794

72

73

74

628

Bibliography on Physical and Chemical Properties of Water: 1969-1974 Table II. Unique References in E a c h Section

Section number 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23

Section title Reviews, Books, Conferences Properties of Liquid Water PVT Properties, Equations of State Thermodynamic Properties Density, Compressibility, Thermal Expansion Freezing, Triple Point Vaporization, Evaporation Surface Properties Thermal Conductivity Diffusion Viscosity, Elasticity Acoustic and Shock Phenomena Electric and Dielectric Properties Magnetic Properties, Effects of Magnetic Fields Spectra Optical Properties, Optical Scattering Nuclear Properties, Neutron Scattering Radiation Effects, Radiolysis Structure, Theoretical Calculations and Models of Structure Polywater, Anomalous Water, etc. Other Properties, Miscellaneous Heavy Water Production Properties of lee Nucleation and Crystallization of Ice Other Properties of Ice Total

Number of references in section 32 25 80 38 40 63 45 13 28 43 60 140 68 252 61 107 66 278 157 123 41 50 189 1999

n u m b e r o f names a p p e a r i n g on one paper, two papers, a n d so on. M o s t of the names are associated with only one paper. The m o s t prolific a u t h o r s are B. V. D e r y a g i n a n d N. V. Churaev, who have a u t h o r e d 26 a n d 18 papers, respectively, m o s t o f which deal with polywater. Finally, the n u m b e r o f unique references in each section is shown in Table II. Excepting the total c o u n t for the two sections concerning " o t h e r p r o p e r t i e s , " Section 18 on structural calculations has the m o s t references, followed by Section 14 on spectra and Section 19 on polywater. This is n o t surprising; these areas have recently p r o v i d e d m a n y o f the m o r e interesting advances in o u r knowledge o f water. ACKNOWLEDGMENT I wish to t h a n k F. H. Stillinger for his continuing e n c o u r a g e m e n t a n d his readiness to give advice freely on the n u m e r o u s occasions when it was sought.

01-0012 C H E M I C A L P H Y S I C S O F ICE. FLETCHER NH C A M B R I D G E U N I V PRESS, 1970,

Section 1. Reviews, Books, Conferences 01-0001 ~NUAL O N WATER. A S T M S P E C T E C H P U H L 442, C A 71: 116449

1969,

360P.

01-0004 W A T E R A N D A Q U E O H S SOLUTIONS: M O L E C U L A R THEORY. BEN-NAIM A P L E N U M , NY, 1974, 474P. 01-0005 C H E M I S T R Y O F WATER. CATALAN LAFUENTE JG E D I T O R I A L BLUME, M A D R I D , SPANISH) CA 73:059203 01-0006 WATER, 1969. C E C I L L K (ED) A I C H E , 1969, 315P. CA 72:103583

01-0016 MARINE CHEMISTRY, THE STRUCTURE OF WATER AND THE CHEMISTRY O~ THE HYDROSPHERE. HORNE RA WILEY, 1969, 568P. C A 71: 1164~0

~ATER AND

1970, 65P.

I N T R O D U C T I O N TO A

SPAIN,

1969,

355P.

(IN

(CHEM ENG B R O G S Y M P NC 97)

01-0007 H Y D R O G E N B O N D E D S O L V E N T SYSTEMS. C O V I N G T O N A K + J O N E S SJ (EDS) T A Y L O R A N D FRANCIS, LONDON, 1968. 01-0008 C O N D E N S A T I O N OF W A T E R V A P O R IN G L A S S CAPILLARIES. D E R Y A G I N B V § N E R P I N SV + A R U T Y U N Y A N M A D E R Y A G I N BV(ED), N A U K A , M O S C O W , 1967 (IN RUSSIAN) C A 69: 1 1 0 3 9 3 N 01-0009 P R O P E R T I E S O F O R D I N A R Y W A T E R S U B S T A N C E IN A L L O F I T S PHASES, WATER, W A T E R V A P O R , A N D A L L T H E ICES. D O R S E Y NE H A F N E R , NY, 1968, 673P. CA 70:051234

01-0010 C A T A L O G OF I N F O R M A T I O N ON W A T E R D A T A D O Y E L W W + C U R T I S WF + C H A S E EB (EDS) US G E O L SURVEY, 1969, 161P. CA 72:093268 01-0011 T H E S T R U C T U R E A N D P R O P E R T I E S O F WATER. EISENBERG D + KAUZMANN W O X F O R D U N I V PRESS, 1969, 296P. C A 71: 0 1 5 9 4 0

01-0014 WATER: A C O M P R E H E N S I V E TREATISE. F R A N K S F (ED) PLENUM, 1972, 3 VOLUMES. 01-0015 B I B L I O G R A P H I C A L REVIEW: S T R U C T U R E OF L I Q U I D WATER: W O R K R E L A T I N G T O T H E p R E P A R A T I O N A N D S T U D Y O F W A T E R W I T H M O D I F I E D STRUCTURE. (REVIEW, 121REFS) GILLES L COF/41S E N E R G A T (FR) S E R V DCC, S E R B I B L I O G R , 1969, 54P. C E A - B I B - 1 5 1 C A 72: 024743

01-0002 A N N O T A T E D BIBI~OGP.APHu F O R A N O M A L O U S WATER. A L L E N LC J C O L L O I D I N T E R F A C E SCI 38(4): 554-61 (1971) CA 75: 121505 01-0003 OXIDATION OF TRITIUM TO TRITIATED H E A L T H PHYSICS. HALLEREAU P C O M M I S E N E R G A T FRANCE, S E R V DGC, CEA-BIB-179

270P.

01-0013 WATER, T H E U N I Q U E C H E M I C A L . PRANKS F P I - 2 0 O F F R A N K S F(ED), W A T E R , A C O M P R E H E N S I V E T R E A T I S E , V O L I, P L E N U M , NY, 1972.

01-0017 WATER PROPERTIES. HORNE RA P 6 6 8 - 8 8 O F E N C Y C L CHF/M T E C H N O L a 2 N D ED# V O L 21, O T H M E R DF(ED}, I N T E R S C I E N C E , 1970. C A 74: 016109 01-0018 E F F E C T OF S T R U C T U R E A N D P H Y S I C A L C H A B A C T E R / S T I C S OF WATER ON WATER CHEMISTRY. EORNE RA P 9 1 5 - 4 7 OF C I A C C I O L L ( E D ) , W A T E R A N D W A T E R P O L L U T I O N H A N D B O O K , V O L 3, DEKKER, 1971. CA 76:090128

01-0019 WATER AND AQUEOUS SOLUTIONS: STRUCTURE, THERMODYNAMICS AND TRANSPORT PROCESSES. H O R N E R A (ED) WILEY, 1972. 01-0020 WATER. A BRIEF INTRODUCTION TO THE PHYSICS, C H E M I S T R Y , A N D B I O L O G Y OF O U R M O S T I M P O R T A N T L I F E ELEMENT. HUBER R H A L L W A G , STUTTGART, 1967, 6qR. (IN GERMAN) CA 7 0 : 0 7 0 9 8 0 01-0021 ELECTP~OLYTE SOLUTIONS. (REVIEW, 335 REFS) L I L L E Y TH ELECTROCHEMISTRY 3:187-209 (1973} CA 80:0~1335 01-0022 STRUCTURE OF WATER AND AQUEOUS L U C K W A P (ED) V E R L A G CHEMIE, 1974. 01-0023 T H E W A T E R PROBLEM. NEBBIA G C A C U C C I E D I T O R E , BARI, ITALIAN) C A 70: 099528

629

ITALY,

SOLUTIONS.

1969, 299P.

(IN

630

Bibliography on Physical and Chemical Properties of Water: 1969-1974

01-0024 R E C E N T T H E O R E T I C A L WON/< ON T H E S T R U C T U R E OF WATER: REVIEW, PERRAM JW + LEVINE S A D V A N M O L R E L A X A T I O N p R O C E S S E S 5(I): 85-122 (197~) C A 81: 1 2 6 8 2 7 R 01-0025 PHYSICS RIEHL N PLENUM, CA

O F ICE. § B U L L E M E R B + E N G E L B A R D T H (EDS} 1969.

Section 2. PVT Properties, Equations of State

81:42733

01-0026 TSERMOPHYSICA/u P R O P E R T I E S O F W A T E R I N T N E C R I T I C A L REGION. H A N D B O O K . RIVKIN SL I Z D S T A N D A R T O V , MOSCOW, 1970, 636P. (IN RUSSIAN} CA 78:151861

02-0033 EXPERIMENTAL RESULTS FOR EXTENDING THE R I C E - W A L S E E Q U A T I O N O F S T A T E O F WATER. BACONIN J § LASCAR A J APPL PEYS ~q(10): 4 8 8 3 - 4 (1973) C A 79: 149440

01-0027 B I B L I O G R A P H Y O F H E A V y W A T E R P R O D U C T I O N . (lO,6 REFS) S H A H PGS W E S T p A K I S T A N , A T E N E R G Y C E N T 1966, 50P. A E C L - C HEM- 103. C A 71: 0 5 5 7 9 8

02-0034 B O N D E N E R G Y O F WATER. BA/~DEKAR J S P E C T R O S C L E T T 5(10] : 345-7 C A 77: 169027

01-0028 T H E O R y A N D M E T H O D S O F T H E R A D I A T I O N C H E M I S T R Y OF WATER. SEUBIN VN § KABAKCNI SA NAUKA, MOSCOW, 1969, 216P. C A 71: 0 5 5 5 2 7 01-0029 WATER SCIENCE AND TECHNOLOGY. TEBBUTT THu B A B N F -~ A N D NOBLE, NY, 1973, 185P. C A 80: 0 1 9 3 3 4

02-0035 S P E C I F I C V O L U M E O F W A T E R IN T E E R A N G E 1000 T O 8900 BARS, 20 TO 900 DEGREES. B U R N H A M C W + N O L L O W A Y J R + DAVIS N F A M E R J SCI 2 6 7 : 7 0 - 9 5 {1969} CA 71:02~897 02-0036 P R E S S U R E , V O L U M E , A N D TEMPERATUP~E B E H A V I O R O F WATER AT NEGATIVE PRESSURES. CHO SJ U N I V M I S S O U R I P H D THESIS, 1970, 163P. CA 75:010262 02-0037 EQUATION OF TEE STATE WATER FOR THE METASTABLE REGION. T H E R M O D Y N A M I C S T A B I L I T Y LIMIT. CHUKANOV VN § SKRIPOV VP H I G H T E M P 9{5): 978-80 ( 1 9 7 1 |

01-0030 P H Y S I C S A N D C H E M I S T R Y O F ICE. W H A L L E Y E + J O N E S S J + G O L D W (EDS) R O Y A L S O C I E T Y O F CANADA, 1973, 405P. 01-0031 WATER C~STRY. WIFJ~ND G ED VULKAN-VERLAG, ESSEN, C A 70: 0 9 9 5 2 7

{1972)

CA 76;

076766

02-0038 1968,

143P.

(IN GERMAN)

01-0032 R E A G E N T G R A D E WATER. WI N S T E A D M A~LER S O C M E D T E C H N O L , H O U S T O N , CA 70:060719

1967,

CV(T} E Q U A T I O N O F S T A T E F O R LIQUIDS. CALCULATION OF TEE SHOCK TEMPERATURE OF CARBON T E T R A C H L O R I D E , NITRO M E T H A N E , A N D W A T E R I N T H E 1 0 0 KBAR REGION. COWPERTh~4A/TE M + S H A W H J C H E M PHYS 53(2}: 5 5 5 - 6 0 (1970) C A 73: 8 5 9 4 2 7

135P.

02-0039 TAIT EQUATION AND ITS DERIVATION FROM THE VAN DER WAALS EQUATION. DAYANTI S J B U L L S O C C H I M F R 1972 (I): 94-9 (IN FRENCH) CA 76:090242

02-0040 VOLUMETP~IC c H A N G E IN WATER. EF~PORIN K K A G A K U NO J I K K E N 19(1): 70 {1968) C A 69: I00239C

(IN JAPANESE)

02-00~.1 PRESSURE VOLUME TEMPERATURE DEPENDENCE OF WATER S T U D I E D E X P ERIMENTA/~LY. GP~IGOREV B A + M U R D A B V R 9 R A S T O R U U E V Y L T E P L O F I Z V Y S TEM~P 12(I): 83-91 (1974) (IN RUSSIAN) C A 81: 2 9 8 3 q H 02-0042 PRESSURE - VOLUME- TEMPERATURE PROPERTIES W A T E R A N D MERCURY. GRINDLEY T + LIND JE J C N E M P N Y S 54(9): 3 9 8 3 - 9 {1971) C A 7q: 130609

OF

Section 2. PVT Properties, Equations of State 02-0043 SECOND VIRIAL COEFRICIENT FOR HEAVy WATER. GUPTA RN 9 JAIN PC + NANDA VS I N D I A N J P U R E A P P L P a Y S 11(5): 3 0 8 - 9 (1973) C A 80: 019802

631

02-0055 EQUATION OF STATE FOR ORDINARY WATER SUBSTANCE IN T H E C R I T I C A L REGION.. WATANABE K + OZAWA H + TANISHITA I B U L L J S M E (JAP S O C M E C H ENG) 11(~8): 11q5-60

(1968) 02-00~4 EFFECT OF PRESSURE ON THE VOLUME OF THE HIGH P R E S S U R E (VII) P H A S E O F W A T E R A N D H E A V Y WATER. H O L Z A J ~ F E L W 4 DRICKAMER a G J c H E M P E Y S 48(10}: ~ 7 9 8 - 8 0 0 (1968) C A 69: 4 6 2 5 1 K

02-00~5 P R E S S U R E V O L U M E T E M P E R A T U R E P R O P E R T I E S O F WATER. "PART-3: V I R I A L C O E F P I C I E N T S OF D E U T E R I U M O X I D E I N T H E R A N G E 150-500 DEGREES. K E L L GS § C O U N C O C J C H E M P H Y S ~9(6): 2 8 3 9 - q 2 {1968) C A 69: 9 9 6 8 3 J 02-00;6 T H E O R E T I C A L C A L C U L A T I O N S O F T H E S E C O N D VIRIAL COEFFICIENT OF WATER. LANE JG + LEIDECKER EW J C H E M P H Y S 60(2): 705-7 (197~) CA 80:125107 02-0047 E Q U A T I O N O F S T A T E OF W A T E R A T H I G H T E M P E R A T U R E S A N D PRESSURES. A PRELIMINARY TO DAMAGE CALCULATIONS. PApETTI RA + FUJISAKI MC R A N D CORP, 1971, 77p. A D 7 2 9 7 5 7 CA 76:050066

02-00q8 R I C E A N D W A L S H E Q U A T I O N O F S T A T E F O R WATER. PAPETTI RA + FUJISAKI MC J A P P L P a Y S 39(12): 5412-21 (1968} C A 70: 0 1 ~ 6 1 6 02-00q9 PHASE DIAGRAMS OF LIGHT WATER AND HEAVY WATER AT H I G H PRESSURES. PISTORIUS CWFT § RAPOPORT E ~ CLARE JB J C H E M P H Y S q8(12): 5509-14 (1968) CA 69: 5 4 6 5 1 F 02-0050 MOLECHLA/~ P O L A R I ~ A E I L I T I E S A N D D I E L E C T R I C E F F E C T O F T H E M E D I U M I N T H E L I Q U I D STATE. THEORETICAL S T U D Y O F T H E WATER M O L E C U L E A N D I T S DIMEHS. HINALDI D + RIVAIL JL T H E O R C H I M A C T A 32(I): 57-70 41973) GIN FRENCH) C A 80: 0 7 4 4 6 7 02-0051 TEMPERATURE DEPENDENCE OF SOME PHYSICAL PROPERTIES OF WATER. SINGH O 9 DASS N I N D I A N J P U R E A P P L PHYS 9(2): 9 2 - ~ 41971) C A 75: 0 5 3 3 7 7 02-0052 GENERAL EXPRESSION FOR PROPERTIES SINGH O 9 DASS N + VARSHNEYA NC P 3 3 7 - q 0 O F R U C L PHYS, S O L I D S T A T E 1 6 T H PROC, 1972, I N D I A N A T E N E R G Y 1972; U N I V R O O R K E E R E S J 13(3-q): C A 79: 139931; CA 7 8 : 1 1 5 3 1 9

O F WATER. P H Y S SYMP, COMM# aOMEAu I I I - 5 - 9 {1971)

02-0053 E Q U A T I O N O F S T A T E O F W A T E R (LIQUID) F O R A W I D E R A N G E OF P R E S S U R E S A N D T E M P E R A T U R E S O F 200 DEGREES. STEPANCHUK VF I Z V V Y S S H U C H E B ZAVED, E N E R G 13(2): 8 1 - 5 (1970) CA 73: 0 5 9 ~ 2 5 02-005q E Q U A T I O N OF S T A T E OF W A T E R A T 0 - 3 5 0 D E G R E E S A N D UP T O 10000 BARS. VASSERMAN AA § KREIZEROVA AYA T E P L O E N E R G E T I K A 20(8): 15-19 (1973) (IN RUSSIAN) C A 79: 139785

CA

70: 118278

02-0056 PRESSURE VOLUME TEMPERATURE BEHAVIOR OF WATER OF NEGATIVE pRESSURES. WINNICK J § CHO SJ J CH~ P E Y S 55(5): 2 0 9 2 - 7 (1971) CA 75:101~56 02-0057 EQUATION OF STATE FOR PRESSUREVDLUME ISOTHERMS OF WATER AND SODIUM CHLORIDE SOLUTIONS. YAYANOS AA J A P P L P H Y S 41(5): 2 2 5 9 - 6 0 (1970) CA 73:070062

632

Bibliography on Physical and Chemical Properties of Water: 1969-1974 03-0067 THERMODYNAMICS OF DILUTE AQUEOUS SOLUTIONS OP N O N P O L A R SOLUTES. BEN-N~M A P ~ 2 5 - 6 4 O P W A T E R A N D A Q U E O U S SOLUTIONS: STRUCTURE, THERMODYNAMICS, AND TRANSPORT P R O C E S S E S , B O R N E R A G E D } , WILEY, 1972.

Section 3. Thermodynamic Properties 03-0058 I S O B A R I C H E A T C A P A C I T Y A N D E N T E A L F Y O F W A T E R AT ATMOSPHERIC PRESSURE. A L E K S A N D R O V A A 9 T ~ A K H T E N G E R T S MS T E P L O E N E R G E T I K A 18(12): 7 2 - 5 (1971) (IN RUSSIAN) CA 76:064350 03-0059 S O U N D P R O P A G A T I O N RATE, I S O C H O R / C S P E C I F I C HEAT, AND COEFFICIENT OF ISOTHERMAL COMPRESSIOM FOR W A T E R A T A T M O S P H E R I C PRESSURE. AL~/KSANDROV A A § T R A E H T E N G E R T S MS T E P L O E N E R G E T I E A 20 (~} : 5 7 - 6 0 {1973) (IN RUSSIAN} CA 79:046059

03-0060 E Q U A T I O N O F S T A T E A N D T A B L E OF T H E R M O D Y N A M / C P R O P E R T I E S O F H E A V Y W A T E R L I Q U I D PHASE. A L E K S A N D R O V A A § K B A S A N S B I N TS V E S T E E A K A D b~%VUK B HER, S E R P I Z - E N E R G N A V U K

1974(3):

96-101

C A 81:

( I N RUSSIAN)

158769Q

03-0061 I S O C H O R I C N E A T C A P A C I T Y A T T H E C R I T I C A L POINT. A M I R K H A N O V ERI 9 A L I B E K O V E G § S T E P A N O V G V I N Z H - P I Z ZH 2341): 159 |1972} (IN RUSSIAN) C A 77: 106195 03-0062 CA.LCUIuATION O F D E R I V A T I V E S O F T H E R M A L A N D C A L O R I C Q U A N T I T I E S ~ L O N G T E E S A T U R A T I O N DINE. A M I R E H A N O V KHI § A L i B E R O V BG 4- M D R S A L O V B A STEPANOV GV H I G H T E M P I0(3): 4 7 5 - 8 (1972) CA 77: 106217 03-0063 TWO STATE TMEBMODYNAMICS AND TRANSPORT PROPERTIES FOR WATER FROM "BOND LATTICE" ANGELL CA J P H Y S C H E M 75(24): 3 6 9 8 - 7 0 5 (1971) CA 75:155498

MODEL.

03-0064 A N O M A L O U S P R O P E R T I E S OF S U P E R C O O L E D WATER. HEAT CAPACITY, EXPANSIVITY# AND PROTON MAGNETIC R E S O N A N C E C H E M I C A L SH/-FT F R O M 0 T O - 3 8 DEGREES. ANGELL CA + SHUPPERT J 9 TUCKER JC J P H Y S C H E M 77(26): 3092 (1973) CA 80:031106 03-0065 H E A T C A P A C I T Y O F W A T E R N E A R THE M E L T I N G P O I N T AND ORNSHTEIN- CERNIK FLUCTUATION CORRECTIONS. A N I S I M O V M A 9 V O R O H E L A V + Z A U G O L N I K O V A NS O V O D O V GI J E T P L E T T 15(E): 3 1 7 - 1 9 (1972) C A 77: 0 6 6 9 7 4 03-0066 R E L A T I V E P A R T I A L M O L A R E N T H A L P I E S A N D HEATS O F D I L U T I O N O F E L E C T R O L Y T E S IN WATER. BAHE LW J P E Y S C H E M 76(11): 1608-11 (1972~ CA 77:025546

03-0068 E N T H A L P u OF I O N I Z A T I O N O F W A T E R F R O M ELECTROMOTIVE FORCE MEASUREMENTS. BEZRORUAH CP ~ CAMOES ~F * COVINGTON AK § DOBSON JV J C H E M SOC, F A R A D A Y T R A N S 1 6 9 { P T 5}: 9 4 9 - 6 2 (1973} CA 78:141028

03-0069 T H E R M O D Y N A M I C P R O P E R T I E S O P W A T E R A T 1000 D E G R E E S A N D 10000 BARS, B U R N H A M C W + E O L L O W A Y J R + DAVIS N F US O F F I C E S A L I N E WATER, R E S D E V E L O P F R O G R E P N O 4 1 4 , 1969, 90P.; G E O L S O C A M E R , S P E C P A P N O 132: 1-96 (1969) C A 71: 054364; C A 7 2 : 0 7 1 3 9 2

03-0070 THERMAL BEHAVIOR OF SATHRATEO HEAVy WATER AND LIGHT WATER. C H A N J + N O W A K ES P 2 3 8 - 4 4 O F H Y M P O N T H E R M O P H Y S I C A L PROP, 6TH, 1973, ASME, 1973, 407P. 03-0071 T H E R M O D Y N A M I C P R O P E R T I E S O F W A T E R DIMF~R. C H A O J 4" W I L H O I T R C + Z W O L I N S K I B J J C H E M T H E R M O D Y N 3(2): 195-201 (1971) C A 75: 011125 03-0072 ESTIMATES OP THERMODYNAM/C PROPERTIES OF WATER IN E Q U I L I B R I U M W I T H H Y D R O G E N , OXYGEN, A N D H Y D R O X Y L A T T E M P E R A T U R E 1000 T O 6000 D E G R E E S A N D P R E S S U R E 10 TO 2 5 0 0 0 0 BARS. CHAPIN CE J C H E M E N G D A T A 15(4} : 5 2 3 - 7 (1970) CA 73:134~'9 03-0073 PARTIAJ5 M O L A L V O L U M E S OF S O M E R E P R E S E N T A T I V E S O L U T E S I N W A T E R A N D H E A V Y WATER. C B O I YS § E O N N E R O D Z P H Y S C H E M (FRANKFURT A M MAIN} 87(~-6): 188-97 (1973) C A 80: 137431 03-0074 T H E R M O D Y N A M I C P R O P E R T I E S OF W A T E R IN A H I G H L Y S U P E R H E A T E D STATE, CHUK~'NOV V N + P A V L O V P A + SK/t~POV 9-P P 8 - 1 5 O F TR V S E S N A U C H - T E K H K O N F T E R M O D I N , SB DOKL SEKTS "TERMODIN FAZOVYKH PERERNODOV, POTOKA NEOBRATIMYKN FROTSESSOV" "TEPLOFIZ SVOISTVA V E S H C N E S T V " # 3RD, 1968, L E N I N G R A D T E K H N O L I N S T K H O L O D PROM, L E N I N G R A D , USSRw 1970. (IN RUSSIAN) CA 76:028~21 03-0075 A N O M A L I E S I N T H E T H E R M A L P R O P E R T I E S O F WATER. CINI R § LOSLIO G + FICALBI A N A T U R E (LONDON} 223(5211): 1148-9 (1969) C A 71: 116B2~ 03-0076 MiCROCAI~ORIMETRIC M E A S U R E O P T H E A C T I V I T Y O F T R I T I A T E D W A T E R STANDAP~DS. DALMEZZONE J 9 DNILL~ G B U L L I N F O R M SCI TECH, COMM~[S B N E R G A T (FRANCE) NO 1 8 1 : 1 9 - 2 4 (1973} GIN FRENCH} C A 79: 0 7 2 7 3 0

Section 3. Thermodynamic Properties 03-0077 AVERAGE INTEGRAL SPECIFIC VOLUME AND DENSITY OF W A T E R AS F U N C T I O N S O F I N I T I A L E N T H A L P Y A N D ENTHALPY INCREASE. DASHKIEV TUG + ROZHALIN VP + FEDORCHENKO ETA T E P L O E N E R G E T I K A 17(5): 6 3 - 6 (1970) C A 73: 0 7 0 5 0 8 03-0078 S E A R C H F O R D I S C O N T I N U I T I E S IN T H E D E N S I T Y A N D S P E C I F I C H E A T O F W A T E R B E T W E E N 0 T O 40 DEGREES. DABS N U N I V R O O R K E E R E S J 11(I-2)# PT 6 : I - 5 (1969] C A 75: 0 1 0 2 8 4 03-0079 H E A T C A P A C I T Y OF W A T E R A T C O N S T A N T VOLUME. D A B S N + V A R S H N E Y A NC J P H Y S S C C J A R 25(5): 1453-5 (1968) C A 70: 0 3 2 1 4 6 03-0080 S T A N D A R D C H E M I C A L F R E E ENERGy# E N T H A L P Y , ENTROPY, AND HEAT CAPACITY OF HYDRATIDN OF THE H Y D R O G E N ION, A N D T H E S U R F A C E P O T E N T I A L O F W A T E R AT 25 DEGREES. DE LIGNY CL § ALFENAAR M + VANDER VEEN NG R E C T R A V C H I M P A Y S - H A S 87(6): 5 8 5 - 9 8 (1968) C A 69: 4 6 5 4 1 E 03-0081 T H E R M O D Y N A M I C P R O P E R T I E S OF O R D I N A R Y W A T E R IN T H E R E G I O N O F T H E C R I T I C A L POINT. DE W E S T - M E E R B E E C K A B C E N T E T U D E N U C L E A I R E 26P. B L G - 4 8 2 (1971) (IN FRENCH) C A 81: 3 0 4 9 1 A 03-0082 A P P A R E N T H E A T O F F O R M A T I O N O F H D O IN M I X T U R E S O F W A T E R A N D H E A V Y WATER. DUER WC § BERTRAND GL J C H E M P N Y S 53(8): 3020-2 (1970) C A 73: 113608 03-0083 THERMODYNAMIC AND TRANSPORT PROPERTIES OF WATER AT A T M O S P H E R I C P R E S S U R E I N C O N V E N I E N T FORM. D U R H A M ME C E N T E L E C T G E N E R A T I N G BOARD, B E R K E L E Y N U C L E A R LAB, B E R K E L E Y , E N G L A N D , 1973, 20P. R D / B / M - 2 5 3 3 C A 79: 138212 03-0084 T H E R M O D Y N A M I C P R O P E R T I E S . (OF A Q U E O U S SOLUTIONS) F R A N K S F 9 R E I D DE P 3 2 3 - 8 0 O F F R A N K S F(ED), WATER, A C O M P R E H E N S I V E T R E A T I S E , V O L 2, PLENUM, NY, 1972. 03-0085 SOLUTE-SOLUTE INTERACTIONS AND THE EXCESS PROPERTIES OF AQUEOUS SOLUTIONS. F R I E D M A N H L 9 K R I S H N A N C V § H W A N G LP P 1 7 0 - 9 0 OF INT S Y M P ON S T R U C T U R E O E W A T E R A N D A Q U E O U S S O L U T I O N S , L U C K WAP(ED)# V E R L A G CHEM/E, 1974. 03-0086 THERMODYNAMICS OF MULTISTEP WATER DECOMPOSITION PROCESSES. EUNK JE A M E R C H E M SOC, D I V F U E L CHEM, P R E P R 16 (4): 79-87 (1872) C A 79: 129851 03-0087 T H E R M O D Y N A M I C P R O P E R T I E S OF V A R I O U S W A T E R P H A S E S R E L A T I V E TO F R E E Z E DRYING. GENTZLER GL + SCHMIDT FW T R A N S A S A E (AMER S O C A G R ENG) 16(I): 179-82 (1973) C A 80: 0 5 2 9 9 4

633 03-0088 E X P E R I M E N T A L STUDY OF T H E S T R U C T U R E , T H E R M O D Y N A M L C S , A N D K I N E T I C B E H A V I O R O F WATER. PART-I: E Q U I L I B R I U M T H E R M O D Y N A M I C S O F W A T E R C L U S T E R S . PART-2: K I N E T I C S O F C L U S T E R F O R M A T I O N . G R E E N E FT § M I L N E T A + V A N D E R G R I F T A E + BEACHEY J U S OFFICE SALINE WATER, REB DEVELOP PROGR REP NO 493, 1969; NO 772, 1972. C A 72: 093891, 115230; 77: 144651 03-0089 T H E R M O D Y N A M I C P R O P E R T I E S O F W A T E R IN T H E C R I T I C A L REGION. GREGORIO P § MERLINI C T E R M O T E C N I C A 2315): 41-54 (1969) C A 71: 085241 03-0090 C O N F I G U R A T I O N E N T R O P Y O F WATER. GURIKOV YUV J S T R U C T C E E M 11(4): 552-6 (1970) CA 74: 0 0 7 2 3 9 03-0091 S T R U C T U R E O F L I Q U I D WATER. STATISTIC~.L T H E R M O D Y N A M I C THEORY. HAGLER AT + SCHEHAGA HA + NEMETHY G J P H Y S C H E M 76(22): 3 2 2 9 - 4 3 (1972); C O R N E L L U N I V R R D THESIS, 1971, I04P. C A 77: 156618; C A 7 6 : 0 6 4 2 2 2 03-0092 U S E O F W A T E R AS A S T A N D A R D IN A N A L P H A CALORIMETER. IGNATOV G § VIDEV K N A U C H TR, V I S S H I N S T K H R A N I T V K U S O V A PROM, P L O V D I V 18(PT 2): 2 3 1 - 6 (1971) (IN BULGAB~IAN) CA 77:053055 03-0093 STATISTICAL THERMODYNAMICAL PROPERTIES AND A D S O R P T I O N C H A R A C T E R I S T I C S O F H E A V Y WATER. JHO CH § PAK R * CHANG S D A E H A N H W A H A K H W O E J E E 15(6): 2 8 5 - 9 3 (1971) KOREAN) CA 76:132336

(IN

03-0094 V A P O R P R E S S U R E O F W A T E R A N D O T H E R LIQUIDS. J O H N PT * S E K H O M RS J SOl I N D R E S 27(2): 50-7 (1968) CA 69: 2 1 9 7 7 P 03-0095 ALGEBRAIC FITS TO THERMODYNAMIC PROPERTIES OF WATER. J O R D A N WE USAEC, 1967, 20P. K A R L - M - 6 7 3 4 C A 6@: 110598H 03-0096 HEAVY WATER: THERMOPHESiCAL PROPERTIES. H A Z A V C H I N S K I I YAZ T R A N S L A T I O N F R O M R U S S I A N , 1971, 263P. T T 7 0 - 5 0 0 9 4 C A 75: 133312 03-0097 THERMODYNAMIC AND TRANSPORT PROPERTIES OF FLUID WATER. K E L L GS P 3 6 3 - q 1 2 OF F R A N K S F ( E D ) , WATER, A C O M P R E H E N S I V E T R E A T I S E , V O L I, PLENUM, NY, 1972. 03-0098 ENTROPIES OF SODIUM AND HYDROXLDE IONS AND THE T H E R M O D Y N A M I C S O F I O N I Z A T I O N O F WATER. L A R S O N JW J P H Y S C H E M 74(3): 6 8 5 - 6 (1970) C A 72: 071423

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03-0099 TEMPERATURE DEPENDENCE OF HEAT CAPACITY DIFFERENCE FOR THE SELF IONIZATION OF EATER AND FOR THE ACID DISSOCIATION OF ACETIC ACID AND B E N Z O I C A C I D IN WATER. LEUNG CS § GRUNWALD E J PEYS C H E M 74(4): 6 8 7 - 9 6 (1970) CA 72:083569

03-0108 C A L C U L A T I O N S OF T H E T H E R M O D Y N A M i c C H A R A C T E R I S T I C S O F C A V I T Y T Y P E M O L E C U L E S OF WATER BASED ON EXPANSION OF THE DENSITY FUNCTION. N E R O N O V YUX J S T R U C T C E E M 10(5): 6 7 2 - 5 (1969) C A 72: 025802

03-0100

03-0109 C A L O R I M E T E R A P P A R A T U S TO M E A S U R E T E E E N T H A L P Y DIFFERENCE OF HEAVy WATER. N O W A K ES + C H A N J J H E A T T R A N S F E R 91(2): 2 3 5 - 4 0 (1969} CA 71:014451

H E A T O F I O N I Z A T I O N O F W A T E R I N S O L U T I O N S OF S O M E 1:1 E L E C T R O L Y T E S A T 25 DEGREES. I~3BANOV G A § V A S I L E V %rp I Z V V Y S S H U C H E B ZAVED, R H I M K H i M TEY~HNOL 12(6): 7 4 0 - 3 (1969) C A 71: 0 8 5 2 7 0 03-0101 R E L A T I O N B E T W E N N H E A T C A P A C I T Y OF S O L 0 ~ E S IN WATER AND THEIR EFFECT ON WATER STRUCTURE. LUCAS M 9 DE TROBRIAND A C O M P T R E N D C 274(15} : 1361-3 (1972) (IN FRENCH) CA 77:025518 03-0102 E Q U A T I O N O F STATE, E N T H A L P I E S , A N D H E A T CAPACITIES OF WATER CONFORMING TO THE NEW INTERNATIONAL SIMPLIFIED TABLES WATER AND WATER VAPOR. MAMEDOV AM H I G H T E M P 6 (q): 6 2 2 - 3 0 (1968) C A 69: 9 0 5 3 8 H

03-0110 EXPERIMENTAL INVESTIGATION OF THE ENTHALPy OF S A T U R A T E D H E A V Y W A T E R LIQUID. N O W A K ES + C H A N J J H E A T T R A N S F E R 93(~): 4 2 2 - 6 (197~) C A 76: 0 3 8 1 6 6 03-0111 COMPUTER CALCULATION OF THE THERMODYNAMIc P R O P E R T I E S O F W A T E R A N D STEAM. P A L A G i N A A + B A R A N VG P54-62 OF A~AL METODY RESHENIyA ZADACH PERENOSA T E P L A V E S H C R E S T V A 1967, D O R F A M A M A S H ( E D } , N A U K O V A DUMKA, KIEV, (1967) (IN RUSSIAN) C A 69: 100263F

03-0112 03-0103 P R O B L E M S O F T H E R M O D Y N A M I c s A N D T H E S T R U C T U R E OF W A T E N A N D N O N A Q U E O U S E L E C T R O L Y T E SOLUTIONS. MISHCHENKO KP § POLTORATSKII GM K H I M I Y A , L E N I N G R A D , 1968, 353P. CA 71: 043091 03-0104 D E B Y E T E M P E R A T U R E O F W A T E R ON A T W O - S T A T E APPROACH. MITRA SK § DASS N 37-40 OF N U C L PHYS, S O L I D S T A T E P H Y S SYMP, PROC, 1970, V O L 3, I N D I A N A T E N E R G Y COMM, BOMBAY, 1971. C A 76: 064251

C A L O R I M E T R I C S T U D Y O F T H E H E A T S OF S O R P T I O N OF WATER BY ION EXCHANGERS. P E R Y S H K I N A NG % S U D A R I K O V A NI + s O L D A T O V VH SIN S V O I S T V A I O N O O E M E N M A T E R 1968: 187-92 (IN RUSSIAN) CA 71: 064568

03-0113

15TH

03-0105 THERMODYNAMICAL PROPERTIES OF CONCENTRATED SOLUTIONS OF STRONG ELECTROLYTES. ACTIVITY C O E F F I C I E N T OF W A T E R F R O M T E E M E A S U R E M E N T OF T H E F R E E Z I N G P O I N T D E P R E S S I O N BY A L K A L I M E T A L CHLORIDES. MOMICCHIOLI F 9 DEVOTO O * GRANDI G 9 COCCO G ATTI SOC NATDR MAT MODENA 99:226-32 (1968) (IN ITALIAN} C A 79: 103764 03-0106 TEMPERATURE VARIATION OF THE THERMODYNAMIC F U N C T I O N S O F W A T E R I O N I Z A T I O N . PART-I: G E N E R A L C O N S I D E R A T I O N S , T H E H E A T C A P A C I T Y . PART-2: E N T S A L p Y OF IONIZATION. MUZSNAY C S T U D U N I V B A B E S - B O L Y A I , S E R C H E M 17(I): 49-56 (1972); 17(2}: 15-21 (1972) C A 77: 144607; 78: 063201

03-0107 STRUCTURE OF WATER AND THE THERMODYNAMICS OF A Q U E O U S SOLUTIONS. NEMETNy G I S T S U P E R SANITA, L A S FIE, 1970, 65P. ISS70/26; A N N I S T S U P E R S A N I T A 6 ( S P E C NO I): 4 8 9 - 5 9 2 (1970) C A 75: 133~8~; I~430~

J O U L E - T H O M S O N E F F E C T I N C O M P R E S S E D L I Q U I D WATER. P O T T E R JH J E N G I N D 93(2): 7 5 5 - 9 (1971} CA 75: 053269 03-0114 AMOMALOUS HEAT CAPACITIES OF SUPERCOOLED WATER AND H E A V Y WATER. R A S M U S S E N DH § M A C K E N Z I E A P + A N G E L L C A § TUCKER JC S C I E N C E 181(4097): 342-4 (1973) CA 79:084104 THEEMOPRu PROPERTIES OF WATER IN THE C R I T I C A L R E G I O N . HANDBOOK. R I V K I N EL; I Z D S T A N D A R T O V , MOSCOW, 1970, 636P. (IN RUSSIAN)

CA 78:

151861

03-0115 EXPERIMENTAL INVESTIGATION OF THE ISOBARIC S P E C I F I C H E A T O F H E A V Y WATER. R/VEIN SL § EGOROV VN AT E N E R G Y C A N A D A LTD, 1970, 19P. A E C L - 3 5 1 ~ C A 73: 0 8 1 4 2 5 03-0116 S P E C I F I C H E A T A N D E N T H A L P Y OF L I Q U I D H E A V Y WATER. R O S T A PZ AT E N E R G Y C A N A D A LTD, 1971. 69P= A E C L - 3 6 8 9 CA 76:091003 03-0117 THERMODYNA~LIC P R O P E R T I E S OF L I Q U I D W A T E R A N D D E U T E R I U M O X I D E A N D T H E I R MIXTURES. SALOMON M N A S A T E C N N O T E 1969, 12F. N A S A - T N - D - 5 2 2 3 CA 71:042821

Section 3. Thermodynamic Properties 03-0118 T H E R M O D Y N A M I C P R O P E R T I E S OF L I Q U I D W A T E R AND HEAVY WATER AND THEIR MIXTURES. SALOMON M N A S A T E C S N O T E 1969, I~P. N A S A - T N - D - 5 2 2 3 C A 72: 0 1 6 2 2 6 03-0119 C A L C U L A T I O N OF T H E T H E R M O D Y N A M I C P R O P E R T I E S OP W A T E R BY T H E M O N T E - C A R L O METHOD. SARKISOV ON + DASHEVSKII VG J S T R U C T C H E M 13(2): 186-91 (1972) C A 77: 010512 03-0120 T H E R M O D Y N A M I C S A N D S T R U C T U R E O F L I Q U I D WATER: M O N T E C A R L O METHOD. S A R K I S O V GN + D A S H E V S K I I VG + M A L E N K O V G S M O L P H Y S 27(5): 12%9-69 (197~) C A 81: 1 5 9 0 3 1 E 03-0121 NOMOGRAPH FOR PER CENT DISSOCIATION AND TOTAL E N T H A ~ P y F O R C A R S O N D I O X I D E A N D WATER. SATYANARAYANAN A C H E M E N G W O R L D 8(8): 70-I (1973) CA 80:031111 03-0122 R E A L S T A N D A R D E N T R O P Y O F I O N S IN WATER. SCHIFFRIN DJ T R A N S F A R A D A Y S O C 66(10): 2 4 6 ~ - 8 (1970) CA 73:102697 03-0123 SPLINE FUNCTION METHOD FOR GENERATING TEE THERMODYNAMIC PROPERTIES OF MATER SUBSTANCE. SCHOT JW N A V A L S H I P R E S D E V E L O P C E N T E R , 1968, 60P, AD6S~085 CA 71:05~365 03-0124 THERMODYNAMIC CHARACTERISTICS OF WATER AT P R E S S U R E S U P TO 800 B A R S A T 16-26 D E G R E E S C A L C U L A T E D F R O M T H E V E L O C I T Y O F SOUND. S E K O Y A N SS T E P L O F I Z S V O I S T V A V E S H C E E S T V M A T E R N O 5: 139-50 (1972) (IN RUSSIAN) C A 76: 102273 03-0125 S P E C I F I C H E A T OF W A T E R A T T E E S A T U R A T I O N LINE. SHLYAPNIKOV W § NOZDREV VF P R I M E N U L ' T R A A K U S T I S S L E D V E S H C H E S T V A NO 23: % 1 - 5 (1967) C A 72: 0 1 6 2 5 ~ 03-0126 EXPERIMENTAL STUDY O~ THE HEAT CAPACIty OF WATER FROM A MELTING CURVE. SIROTA AM + GRISHKOV AYA + TOMISHKO AG T E P L O E N E R G E T I K A 17(9): 6 0 - 4 (1970) CA 73:1242q5 03-0127 SPECIFIC HEAT OF WATER AT THE CURVE OF SOLIDIFICATION. SIROTA AM + GRISHKOV AYA P 3 3 4 - 4 q OF T R V S E S N A U C N - T E K H K O N F T E R M O D I N , SB DOKL SERTS "TERMODIN FAZOVYKH pEREKHODOV, POTOKA NEOSRATIMYKH PROTSESSOV" "TEPLOFIZ SVOISTVA V E S H C H E S T V " , 3RD, 1968, L E N I N G R A D T E K H N O L I N S T K H O L O D PROM, 1970. (IN RUSSIAN) CA 76:038191 03-0128 H E A T C A P A C I T Y O F W A T E R N E A R T H E M E L T I N G CURVE. S I R O T A /LM * S H R A G O ZKH T E P L O E N E R G E T I K A 15(8): 86-90 (1968) C A 70: 0 6 1 8 5 0

635 03-0129 ENTRA/~PY E Q U A T I O N F O R W A T E R (LIQUID) O V E R A W I D E R A N G E O F P R E S S U R E S A N D T E M P E R A T U R E S O F 200 DEGREES = STEPANCHUK VF I Z V V Y S S H U C S E B ZAVED, ENF~RG 12(10): 108-11 (1969) C A 72: 0 5 9 9 5 8 03-0130 CAJLORIMETRIC S T U D Y O F T H E G L A S S Y STATE. PART-4: H E A T C A P A C I T I E S O F G L A S S Y W A T E R A N D C U B I C ICE. SUGISA/
174-8~

03-0132 TWO STRUCTURE MODEL AND THE HEAT CAPACITY OF WATER. S Y R N I E O V EUP S T R U K T R O L V O D u Z H I V O M O R G A N I Z M E N O 2: 11-15 (1968) C A 72= 0 1 6 2 5 2 03-0133 WATER AT HIGH TEMPERATURES AND PRESSURES. (THERMODYNAMICS, TRANSPORT PROPERTIES, E L E C T R I C A L P R O P E R T I E S , SPECTRA) TODHEIDE K P ~ 6 3 - 5 1 ~ O F F R A N E S F(ED}, W A T E R , A COMPP,E H E N S I V E T R E A T I S E , V O L I, P L E N U M , NY, 1972. C A 77: 168719 03-013% CORRELATIONS OF ISOBARIC SPECIFIC NEAT CAPACITY AND SPECIFIC E~THALPy AT ZERO PRESSURE FOR WATER SUBSTANCE AND ITS ISOTOPES. UEMATSU M + WATANABE K + TANISEITA I P 2 1 9 - 2 7 O F S Y M P ON T H E R M O P H Y S I C A L PROP, 6TH# 1973, L I L E Y PE(ED), ~ S O C M E C H ENG, NY, 1973. C A 81: ~ 2 3 0 7 H 03-0135 I S O T O P E E F F E C T O N T H E THERMODYNP~41C A C T I V I T Y O F WATER. VAN HOOK ~A U N I V T E N N E S S E E , 1971, 89P. P B 2 0 ~ 8 9 2 CA 76:132182 03--0136 T H E R M O D Y N A M I C S O F S Z M P L E P O L A R LIQUIDS. WINNICK J I M D E N G C H E M o F U N D A M 11(2}: 2 3 9 - q 3 (1972) C A 76: 145706 03-0137 M ~ P L I B F U N C T I O N S F O R CA-LCULATION O F T H E E N T R O P Y O F SEI~UM, A I R e C A R B O N DIOXIDE, A N D WATER. ZIMMERER W K E R N F O R S C R U N G S Z E N T R U M m K A B L S R U H E , G E R M A N Y , 1971, 53P. K F K - 1403 C A 77: 039876

636

Bibliography on Physical and Chemical Properties of Water: 1969-1974 04-0145 S H I F T I N T E M P E R A T U R E O F M A X I M U M D E N S I T Y OF W A T E R IN C A P I L L A R I E S . DABS N J G E O P N y s R E D 74(23): 5 5 5 7 - 9 (1969) C A 71: 105510

Section 4. Density, Compressibility, Thermal Expansion

S E A R C H FOR D I S C O N T I N U I T I E S IN T H E D E N S I T y A N D S P E C I F I C B E A T O F W A T E R B E T W E E N 0 TO 40 DEGREES. D A B S N; U N i V ROOP~KEE R E D J 11(I-2), P T 6: I-5 (1969) C A 75: 0 1 0 2 8 4

04-0138 E F F E C T O F H Y D R O P H I L I C S U R F A C E S O N THE I N T I M A T E P R O P E R T Y O F WATER. (DENSITY) A H S A N U L L A H A K M + M I A N ME P A K J SCI I N D E E S I~(I-2): 29-33 (1971) C A 75: 0 9 1 4 7 5

04-0146 M E A S U R E M E N T OF T H E C O E F F I C I E N T OF I S O T H E R M A L C O M P R E S S I B I L I T Y OF L I Q U I D S A N D T H E P A R T I A L C O M P R E S S I B I L I T Y OF M A C R O M O L E C U L E S IN S O L U T I O N BY USING AN ANALYTICAL ULTRACENTRIFUGE. DAYANTiS J C O M P T R E N D C 26?[3): 223-6 (1968) (IN FRENCH) C A 69: 6 1 6 5 0 H

04-0139 D E N S I T Y OF W A T E R A T A T M O S P H E R I C P R E S S U E E A N D 0-100 DEGREES. A L E K S A N D R O V A A + T R A K H T E N G E R T S MS T E R L O E N E R G E T I K A 17(11): 86-90 (1970) (IN RUSSIAN) CA 74: 03~907

09-01%7 C O M P R E S S I B I L I T Y O F W A T E R AS A F U N C T I O N O F T E M P E R A T U R E A N D PRESSURE. PINE RA + MILLERO FJ J C H E M PHYS 59(I0): 5 5 2 9 - 3 6 (1973) CA 80:124891

S O U N D P R O P A G A T I O N RATE# I S O C H O R I C S P E C I E I C HEAT, A N D C O E F F I C I E N T OF I S O T H E R M A L C O M P R E S S I O N F O R W A T E R AT A T M O S P H E R I C PRESSURE. A L E K S A N D R O V A A § T R A E R T E N G E R T S MS; T E P L O E N E R G E T I K A 20(~): 57-60 (1973) (IN RUSSIAN) C A 79: 0 ~ 6 0 5 9

04-01~8 P R E C I S I O N M E A S U R E M E N T S OF D E N S I T I E S A N D THER~MAL D I L A T I O N O F W A T E R BETWEF~N 5 A N D 80 DEGREES, G I L D S E T H W § H A B E N S C H U S S A § S P E D D I N G FH J C H E M ENG D A T A 17(4): 4 0 2 - 9 (1972) C A 77: 143961

A N O M A L O U S P R O P E R T I E S OF S U P E R C O O L E D WATER. HEAT CAPACITY, EXPANSIVITY, AND PROTON MAGNETIC R E S O N A N C E C H E M I C A L S H I F T F R O M O TO -38 DEGREES. ANGEIJ~ CA § S H U R p E R T J § T U C K E R JC; J P H Y S C H E M 77(26) : 3092 (1973) C A 80: 031106

04-0149 CA~LCULATION O F T H E D E N S I T Y OF WATER. GIRARD G + MENACHE M C O M P T R E N D B 274(6): 377-9 (1972) (IN FRENCH) CA 76: I0~059

04-0140 INFLUENCE OF THE DENSITY EFFECT ON ELECTRON INDUCED CASCADE SHOWERS IN WATER AND ALUMINUM. B E C K HL N U C L SCI E N G 39(I): 120-I (1970) C A 72: 061527 04-0141 H Y D R O G E N B O N D A N D SOLUTION. (MAXIMUM D E N S I T Y OF WATER) B I A N C H I EJ R E V S O C Q U I M ~iEX ~7(4): |59-61 (1973) (IN SPANISH) C A 79: 139917 0~-01~2 D E N S I T Y F L U C T U A T I O N S IN W A T E R A N D IN S I M P L E FLUIDS. C H A Y T R * F R A N K HS J C H E M P H Y S 57(7): 2 9 1 0 - 1 9 (1972) CA 77:130739 04-0143 THER~IAL E X P A N S I O M O F W A T E R I N T H I N Q U A R T Z CAPILLARIES. C H U R A E V N V § S O B O L E V VD + Z H E L E Z N Y I SV R U S S J R H Y S C H E M 46(9): 1320-2 (1972} C A 77: 168797

04-0144 E F F E C T O F S T R U C T U R E MAKING A N D B R E A K I N G S O L U T E S O N THE TEMPERATUP~E O F M A X I M U M D E N S I T y CF MATER. DARNELL AJ § GREu J J P H Y S C H E M 72(8): 3 0 2 1 - 5 (1968) C A 69: 6 1 9 6 2 M A V E R A G E I N T E G R A L S P E C I F I C V O L U M E A N D D E N S I T Y ~F W A T E R AS F U N C T I O N S O F INITI~.L E N T H A L p y A N D E N T H A L R y INCREASE. D A S H K i E V Y U G + R O Z H A L I N V P § F E D O R C B E N R O BYA& T E P L O E N E R G E T I K A 17(5): 63-6 (1970). C A 73: 0 7 0 5 0 8

04-0150 C O M P R E S S I B I L L T Y O F W A T E R iN A C C O R D A N C E W I T H T H E S A M O I L O V MODEL. GURIKOV u J S ~ R U C T C H E M 9(6): 844-8 (1968) CA 7 0 : 0 6 1 2 4 7 04-0151 HOW T O M E A S U R E T H E I S O T H E R M A L C O M P R E S S I B I L I T Y O F LIQUIDS ACCURATELy. HAyWARD ATJ J P M Y S D 4(7): 9 3 8 - 5 0 (1971) C A 75: 053383

0~-0~52 THERMAL EXPANSION AND STRUCTURE IN WATER A~D A Q U E O U S SOLUTIONS. HEPLER LG C A N J C H E M 47(2%|: ~ 6 1 3 - 1 7 (1969) C A 72: 036491 04-0153 I S O T B F ~ R ~ L C O M P R E S S I B I L I T Y OF L I Q U I D W A T E R A T ATMOSREEBE. K F ~ GS J C B E M ENG D A T A 15(I): 119-22 (1970) C A 72: 083171

1

04-0154 DENSITy AND REFRACTIVE INDEX OF SOLUTIONS OF WATER, ETHA~CL, A N D B U T A N O L . K H A R I N SE 9 K N I G A A A § S O R O K I N A GS I Z V V Y S S H U C H E H ZAVED, K H I M K H I M T E K H N O L 12(3): 265-8 (1969| CA 71:006703 0~-0155 S P E C I F I C V O L U M E S O F W A T E R U P T O 10 KEA/~ A N D 600 DEGREES. KOESTF/~ H + F R A N C K E U E E R B U N S E N G E S R H Y S C H H M 73(7): 7 1 6 - 2 2 (1969} CA 71: 116772

Section 4, Density, Compressibility, Thermal Expansion

637

04-0156 PHYSICAL PROPERTIES OF OXYGEN-17 WATER. ABSOLUTE VISCOSITY AND DENSITY OF OXYGEN-17 WATER BETWEEN 15 A N D 35 DEGREES. KUDISH AI + WOLF DE + STECKEL F J C E E M SOC F A R A D A Y T R A N S 1: 70(3} 4 8 4 - 9 (1970) C A St: 6 3 8 2 V

04-0167 SHIFT I N TEMPERATURE OF ~ I ~ M DENSI~ IN CAPILLARIES= SCHUF~E J A J G E O P H Y S R E S 74(23): 5 5 6 0 - 1 (1969) C A 71: 105511

00-0157 SURFACE TENSION AND DENSITY OF MAGNETIZED WATER, L Y C H A G I N NI + A ~ B T Y A M O V O S R U S S J P H Y S C H E M 46(5): 756-7 (1972) CA 77:070781

04-0168 B E H A V I O R O F W A T E R I N V A R I O U S STATES. SCHUFLE JA * VENUGOPALAN M + MUELLER BH 9 YU NT + HUNTER JA § SHERMAN W § JOHNSON S US O F F I C E S A L I N E W A T E R R E S D E V E L O P P R O G R P E P N O 262, 1967, 49P. C A 69: 110528K

04-0158 INFLUENCE OF SULFOXIDES AND SULFONES ON THE T E M P E R A T U R E OF M A X I M U M D E N S I T Y O F WATER. M A C D O N A L D D D + S M I T H MD § H y N E J B C A N J C H E M 09(17}: 2817-21 (1971) C A 75: 121517

04-0159 H E A T S OF S O L U T I O N A N D T H E I N F L U E N C E O F S O L U T E S O N T H E T E M P E R A T U R E O F T H E M~AXIMUM D E N S I T Y O F WATER. M A C D O N A L D DD + E S T E R FLE + S M I T H M D § S Y N E J B J S O L U T I O N C H E M 3[9): 7 1 3 - 2 5 (1974) C A 81: 177805 04-0160 V A R I A T I O N O F T H E D E N S I T Y OF W A T E R AS A F U N C T I O N O F ITS I S O T O P I C C O M P O S I T I O N . MENACHE M + GIRARD G C O M P T R E N D B 270(24); 1 5 1 3 - 1 6 (1970) GIN FRENCH) CA 73:091579 04-0161 ISOTHERMAL COMPRESSIBILITY OF WATER AT VARIOUS TEMPERATURES. ~LLERO FJ § C U R R y B W 9 D R O S T - H A N S E N W J C E E M ENG D A T A 10(0}: 4 2 2 - 5 (1909) C A 71: 129009 04-0162 ISOTHERMAL COMPRESSIBILITY OF DEUTERIUM OXIDE AT VARIOUS TEMPERATURES. M I L L E R O F J + L E P P L E FE J C H E M F H Y S 54(3): 946-9 (1971) CA 74:057507 04-0163 DENSITY AND VISCOSITY OF DEUTERIUM OXIDE S O L U T I O N S F R O M 5 - 7 0 DEGREES. M I L L E R O FJ § D E X T E R R + H O F F E V J C H E M ENG D A T A 16(1): 85-7 (1971) C A 70: 067994

00-0160 M E A S U R E M E N T S O F R E F R A C T I V E INDEX, D E N S I T Y , A N D R E F L E C T E D L I G H T DISTR/LBUTIONS F O R C A R B O N E I O X I D E AND WATER CRYODEFOSITS AND ALSO ROUGHENED GLASS SURFACES. M U E L L E R PR U N I V T E N N E S S E E P H D T H E S I S , 1969, 184P. CA 73:123869 00-0165 T H E R M A L E X P A N S I O N OF A Q U E O U S F I L M S ON M I C A C R Y S T A L S N E A R 0 DEGREES. P E R E V E R T A E V VD + M E T S I K MS R U S S J R B Y S C H E M ~6(9): 1322-0 (1972) C A 77: 168800 00-0166 EFFECTS OF PRESSURE ON THE DENSITY OF N-WEXANE A N D WATER. R A Z U M I K E I N V N + E O R Z U N O V VA + S T E K O L N I K O V V A T R M E T R O L I N S T S S S R NO 100: 92-8 (1969) GIN RUSSIAN) C A 75: 091457

OF WATER

04-0169 R E F R A C T I V E I N D I C E S A N D D E N S I T I E S OF W A T E R A N D CARBON DIOXIDE FILMS CONDENSED ON CRYOGENIC SURFACES. S E I B E R B A § S M I T H A M § W O O D BE + M U E L L E R P R A P p L O P T 10(9): 2 0 8 6 - 9 (1971) CA 75: 1 4 5 5 6 7

04-0170 I N T E R N A L P R E S S U R E O F WATER. (COMPRESSIBILITY) SOONAWALA MF I N D I A N J P U R E A P P L P H Y S 8(11): 753-q (1970) CA 75:010346 04-0171 EXPERIMENTAL STUDY OF SPECIFIC VOLUMES OF HEAVY W A T E R I N T H E 20-200 D E G R E E R A N G E A N D A T UP T O 1000 BARS, TSEDERBERG NV r ALEKSANDROV AA + KHASANSHIN TS TEPLOENERGETIKA 1 9 ( 1 0 ) : 6 5 - 9 (1972) ( I N RUSSIAN} CA 77: 168795 04-0172 EVALUATION OF PROPERTIE~ OF DENSE WATER AND H E A V Y WATER. (DENSITY, C O M P R E S S Z N i I ~ T E , S O U N D VELOCITY) TSVETKOV VG + RABINOVICE IB R U S S J P H E S C H E M 4 6 ( 1 1 ) : 1692 (1972) C A 78:

102275

04-0173 D E N S I T y O F W A T E R N E A R S O L I D INTERFACES. "VAN O I L S G E J C O L ~ Z D I N T E R F A C E SCI 30 (2): 272-3 (1969) CA 71: 0 7 0 3 9 8 04-0174 E F F E C T S O F TETP.AA.LKYL ~d~MONZUM S A L T S O N T H E STRUCTURE AND THE TEMPERATURE OF THE MAXIMUM D E N S I T y O F WATER. WADA G + MIUHA M B U L L C H E M S O C J A B 42(9): 2 4 9 8 - 5 0 2 (1969) CA 72:025095

00-0175 DENSITY OF SUPERCOOLED WATER. ZHELEZNYI BV R U S S J B H Y S C E E M 43(9): 1 3 1 1 - 1 2 C A 72: 025088

(1969)

638

Bibliography on Physical and Chemical Properties of Water: 1969-1974 05-0186 D E C R E A S E IN FREEZING T E M P E R A T U R E OF W A T E R DROPS C O N T A M I N A T E D W I T H S I L V E R IODIDE WITH R E P E A T E D FREEZING. GEN~IEV N 9 DOBISIK V + LEVKOV L DOKL BOLG A K A D N A U K 23{8): 935-8 (1970) CA 7q: 057532

S~tion 5. Freezing, Triple Point Z S O C H O R I C HEAT C A P A C I T Y AT THE C R I T I C A L POINT. AMIP.KHANOV KHI + A L I B E K O V B G + S T E P A B O V GV; INZE-FIZ ZH 23{I): 159 (1972) (IN RUSSIAN) CA 7 7 : 1 0 6 1 9 5 05-0176 I N D U C T I O N OF F R E E Z I N G OF B U L K S A M P L E S OF S U P E R C O O L E D W A T E R BY P H Y S I C A L STIMULI. B H A D R A TC I N D I A N J F E Y S ~2 (2): 91-102 (1968} CA 69: 110388Q 05-0177 R E P L A C E M E N T OF 2 7 3 , 1 5 D E G R E E S K WITH 273. 16 D E G R E E S IN T H E D E F I N I T I O N O F T H E I N T E R N A T I O N A L P R A C T I C A L T E M P E R A T U R E S C A L E 1968. ERI CKWEDDE FG M E T R O L ~ G I A 7{3}: 130-2 (1971) CA 7 5 : 1 4 ~ 0 7 5

05-0178 C R Y S T A L L I Z A T I O N OF S U P E R C O O L E D W A T t . B U T O B / N GT § S K R I P O V VP S O V PHYS C R Y S T A L L O G R 17 (2) : 322-6 (1972) CA 77: 039947 '()-5"-0179 M A X I M U M S U P E R C O O L I N G OF WATER P R E C E D I N G CRu B U T O R I N GT 9 S R E I P O V VP T E P L O F I Z I K A NO 1 : 5 9 - 6 7 {1971) (IN RUSSIAN) CA 77: 156415 05-0180 HOMOGENEOUS AND H E T E R O G E N E O U S N U C L E A T I O N WATt. CABOZ R C O M P T REND B 271(3): 173-6 {1970} CA 7 3 : 1 2 4 3 0 7

OF

05-0181 C O N D E N S A T I O N AND S U B L I M A T I O N OF C A R B O N DIOXIDE A N D W A T E R M O L E C U L E S AT C R Y O G E N I C TEMPERATURES. CAZCARRA V U N I V MISSOURI PHD THESIS, 1972, 93P. CA 7 9 : 0 9 7 1 7 0 05-0182 W A T E R DROP FREEZING: EJECTION OF MICBODNOPLETS. CSENG RJ S C I E N C E 170(3965): 1395-6 (1970) CA 7~: 079934 05-0i83 FREEZING P O T E N T I A L S IN HEAVY WATER. D R O S T - H A N S E N W + C U R R Y RW J c O L L O I D I N T E R F A C E SCI 32(3): 464-8 CA 72:104478

(1970)

05-0184 R E A L I Z A T I O N OF THE T R I P L E P O I N T OF WATER. F E R G U S O N JA J PHYS E 3(6): q47-51 (1970) CA 7 3 : 0 5 9 6 2 4 05-0185 F R E E Z I N G OF S U P E R C O O L E D WATER DROPS C O L L I D I N G WITS H A I E S T O N E S IN AN ELECTRIC FIELD. G A B A R A S B V I L I TG 9 GVELESIANI AI IZV A~ N A U K SSSR, FIZ ATMOS O K E A N A 6 (9): 960-4 {1970) CA 7 3 : 1 3 3 2 1 2

05-0187 F R E E Z I N G W A T E R W I T H SIZED S I L V E R I O D I D E PARTICLES. PART-I: SURVEY. PART-2: T H E O R E T I C A L CONSIDERATIONS. G E R B E R HE ARMY ELECTRON COMMAND, FT MONMOUTH, NJ, 1973, 21P. AD758857; 1973, 38P~ A D 7 5 8 8 5 8 CA 79: 0 ~ 6 4 0 1 , 0 4 6 4 1 7 05-0188 HOMOGENEOUS N U C L E A T I O N TEMPERATUP~E OF S U P E R C O O L E D WATER. G I L R A NK PHYS LETT A 28(I): 51-2 (1968) 9 CA 7 0 : 0 3 2 1 6 8 05-0189 F R E E Z I N G OF FREELY SUSPENDED, S U P E R C O O L E D DROPS BY CONTACT NUCLEATION. G O K H A L E N R 9 S P E N G L E R JD J A P R L M E T E O R O L 11(I): 157-60 (1972~ CA 7 6 : 117657

WATER

05-0190 H Y D R O D Y N A M I C S T A B I L I T y OF W A T E R A N D ITS EFFECT ON MELTING A N D FREEZING. HERTZ W L UNIV ILLINOIS R E D THESIS, 1970, 197P. CA 7 6 : 0 3 5 5 7 6 05-0191 S E P A R A T I O N OF C H A R G E DUE TO THE F R A C T U R E OF F R E E Z I N G W A T E R DROPS. J O H N S O N DA P603-I0 OF INT SYMP ON PHYSICS OF ICE, 1968, R I E H L N § B U L L E M E R B + E N G E L H A R D T H(EDS), PLENUM, 1969. 05"~0192 INT~ACIAL P H E N O M E N A A S S O C I A T E D WITH T H E F R E E Z I N G OF WATER. K E T C H A M WM UNZV W A S H I N G T O N PHD THESIS, 1968, 1319. CA 7 2 : 1 1 5 4 4 3 05-0193 P R E S S U R E S A N D STRESSES IN F R E E Z I N G W A T E R DROPS. KING WD + F L E T C H E R NE J PHYS D 6 ( 1 8 ) : 2157-73 ( 1 9 7 3 | CA 80: 031089

05-019~, C O N D I T I O N S OF S P O N T A N E O U S R U P T U R E OF S U P E R C O O L I N G A N D S U P E R S A T U R A T I O N STATES OF BINARY P O T A S S I U M C H L O R I D E - HEAVY WATER AND WATER- HEAVY WATER. (SOLIDIFICATION} LERE-POETE H COMPT R E N D B 278(15): 697-9 (197~} (IN FRENCH) C A 81: 6 9 1 0 6 D 05-0195 FREEZING T E M P E R A T U R E s OF LARGE WATER DROPS C O N T A I N I N G PRESS SILVER IODIDE CRYSTALS. LEVKOV L DOKL BOL~ A K A D HAUK 22 (4): ~03-6 (1969} CA 7 1 : 0 6 ~ 2 7 05-0196 N U C L E A T I O N IN S O L I D I F I C A T I O N OF LIQUIDS. MI YAT.AWA Y S T A N F O R D UNIV P S D THESIS,# 1972, 116P. CA 78: 020990

Section 5. Freezing, Triple Point

639

05-0197 GENERATION OF ELECTROMOTIVE FORCES DURING THE F R E E Z I N G O F WATER. M U R P H Y EJ J C O L L O I D I N T E R F A C E HCl 32(I): 1-11 (1970) CA 72:036353

05-0209 C H A N G E S OF D R O P S H A P E S ON F R E E Z I N G . STAIRS RA A N A L C E E M 43(11): 1535-6 (1971) CA 75:133123 05-0210 G R A D A T I O N O F THER/4AL A N D EXTERN/~L P R E S S U R E S A T T H E C R I T I C A L POINT. S T E L M A K H SS + K O R O T E N K O M N + S L E S A R E V S K I I S O R U S S J PaYS C H E M 45(9}: 1358 (1971) CA 76:038118

05-0198 F R E E Z I N G OF W A T E R D R O P L E T S " N U C L E A T I O N E F F I C I E N C Y AT T E M P F R A T D R E S A B O V E - 5 C, O D E N C R A N T Z FK J A F P L M E T E O R O L 8(3): 3 2 2 - 5 (1969) CA 71:015163 05-0199 P R E P A R A T I O N O F A M O R P H O U S S O L I D WATER. O L A N D E R DS + R I C E S A P R O C N A T A C A D S C I U S 69(I): 9 8 - 1 0 0 (1972) CA 76:063555

05-0211 T R I P L E P O I N T P R E S S U R E H A S S E C O N D A R Y HTAND;~.DS (ESPECIALLY WATER). VAN HOOK WA M E T R O L O G I A 7(I) : 30 (1971} C A 75: 0 4 0 6 9 4

05-0200 C R Y S T A L L I Z A T I O N K I N E T I C S O F W A T E R D R O P S IN T H E PRESENCE OF MICROEETEROGENEOUS CRYSTALLIZING IMPURITIES. O V C H I N N I K O V A E N + V O L K O V A SS FIZ A E R O D I S P E R S N Y K N S I S T NO I: 5 9 - 6 6 (1969) (IN RUSSIAN) C A 7q: 0 0 7 2 6 0

05-0212 FREEZING OF TEE WATER CONTENT OF POROUS ~IEMBRA~ES. E Q U I L I B R I U M T E M P E R A T U R E O F A N I C E W A T E R M I X T U R E IN A M I C R O C A P I L L A R y . VIAND PR C R Y O B I O L O G Y 9 (4) : 2 3 3 - 9 (1972) CA 78:048360 05-0213 PRESSURES INSIDE FREEZING WATER DROPS= VISAGIE PJ J G L A C I O L 8(53); 3 0 1 - 9 (1969) CA 72:036049

05-0201 FREEZING OF SUPERCOOLED WATER IN GLASS CAPILLARIES UNDER ISOTSERM~ CONDITIONS. O V C H I N N I K O V A EN + V O L K O V A SS MEK~ KINET KRIST 1969:75-9 (IN RUSSIAN) CA 75:091978 05-0202 TECHNIQUE FOR MEASURING NUCLEATION TEMPERATURES CATALYSTS. PASSARELLI RE + CHESSIN J A P P L M E T E O R O L 12(2): CA 78:102287

05-0214

R~LATI%rE T H R E S H O L D FOR ACTIVE NUCLEATION N + VONNEGDT B 4 1 6 - 1 8 (1973)

05-0203 FREEZING OF WATER DROPLETS IN EQUILIBRIUM WITS D I F F E R E N T GASES. PENA JA § DE PENA RG + HOSLER CL J A T M O S SCI 26(2}: 3 0 9 - I q (1969) C A 70: 0 6 9 5 3 5 05-0204 NUCLEATION OF FREEZING IN SUPERCOOLED CAVITATION. PLOOSTER ~ N A T U R E 2 1 7 ( 5 1 3 5 ) : 12q6-7 (1968) C A 69: 1 3 5 5 6 K

WATER BY

05-0205 INFLUENCE OF AN ELECTRIC FIELD ON THE EREEZING O F WATER. ROULLEAU M P 6 3 1 - 4 0 O F I N T S Y M ~ O N P H Y S I C S O F I C E o 1968, R I E N L N + B U L L E M E R B 9 E N G E L E A R D T H(EDS), PLENUM, 1969. 05-0206 R A T E O F F O R C E D C R Y S T A L L I Z A T I O N O F WATER. SCHNEIDER W + FISCHBECR K C H E M I N G T E C H 41(3}: 116-21 (|969} C A 70: 0 6 9 5 9 7 05-0207 SHOOK COMPRESSION FREEZING AND MELTING OF WATER A N D ICE, SCHROEDEE RC + MCMASTE~ WN J A F P L F N Y S 4q(6): 2 5 9 1 - q [1973} CA 79:035328 05-0208 PERIODIC FREEZING ANDMELTING O F WATER, COMMENTS. SEBAN RA I N T J H E A T MASS T R A N S F E R I~(11): 1862-~ C A 76: 0 3 5 5 5 9

(1971)

RADIATIVE FREEZING OF WATER SURFACE~ IN THE LABORATORY. VITTORX A O + FRODI F 9 VICENTINI V A S S O C G E O F I S ITAL, A T T I C O N V A N N U 1 6 : 7 7 - 8 3 (1967) C A 72: 102155 05-0215 CRYSTALLIZATION OF SUPERCOOLED WATER IN CAPILLAF,I ES. ZHELEZNu BV R U S S J PHYS C E E M 42(7): 950-2 (1968} C A 69: 9 0 6 8 q C

640

Bibliography on Physical and Chemical Properties of W a t e r : 1969-1974 06-0225 E V A P O R A T I O N R A T E S OF LIQUIDS. C A M M E N G A HK + K L I N G E N § R U D O L P H B E F O R T S C H R I T T S B E R K O L L O I D E P O L Y M 55: 118-23 (IN GEaHA~) CA 75: 144191

Section 6. Vaporization, Evaporation 06-0216 L O W T E M P E R A T U R E T H E R M A L D E C O M P O S I T I O E OF WATXR. ABRAHAM BM + SCEREINER F S C I E N C E 180(4089): 9 5 9 - 6 0 (1973}; 182(~119): 1373 (1973) C A 79: 026711; 80: 0 7 7 8 3 5

06-0217 EFFECT OF ENTRAPPED AIR AND AN ANOMALOUS C O N D E N S A T E ON W A T E R E V A P O R A T I O N F R O M CAPILLARIES. A F A M A S E V A E + G A M A Y U N O V NI § C H U R A E V NV + u NE I N Z H - F I Z ZH 22(~}: 6 2 7 - 3 4 (1972) {IN RUSSIAN) C A 77: 0 2 2 1 3 7

06-0218 S T A B I L I T Y O F GAS B U B B L E S R I S I N G IN I N V I S C I D FLUIDS. BERGHMANS J C H E M E N G SCI 20(11): 2005-11 (1973} CA 80:016929 06-0219 S U B C O O L E D B O I L I N G P R E S S U R E D R O P W I T H W A T E R AT LOW PRESSURE. BERGLES AE + DORMER TJR I N T J H E A T M A S S T R A N S F E R 12(4): 4 5 9 - 7 0 (1969) CA 70:116547 06-0220 T R A N S I E N T A N D F O R C E D C O N V E C T I V E F I L M B O I L I N G IN S U B C O O L E D W A T E R A T L O W R E Y N O L D S NUMBERS. B O A R D S J + D U F F E Y RB I N T J B E A T M A S S T R A N S F E R 16 (8} : 1 6 5 2 - 5 (1973) CA 79:093951

(1971)

CONDENSATION AND SUBLIMATION OF CARBON DIOXIDE AND WATER MOLECULES AT CRYOGENIC TEMPERATURES, C A Z C A R R A V; H N I V M I S S O U R I P R D ~HESIS, 1972, 93P. CA 79:097170 06-0226 R O L E O F F i L M T R A N S F E R D U R I N G T H E E V A P O R A T I O N OF WATER FROM CAPILLARIES. C H A L E N K D VG + B E L O T S R A Y A T V + G I R E N K O V A NI U K R K H I M ZH 38(2): 150-4 (1972) (IN RUSSIAN} CA 76:117773 06-0227 EXPERIMENTAL STUDY OF TEMPERATURE PROFILES IN A SUPERHEATED BOUNDARY LAYER DURING NUCLEATE B O I L I N G O F W A T E R IN A N U N B O U N D E D S P A C E U N D E R F R E E C O N V E C T I O N C O N D I T I O N S U N D E R PRESSURE. C N E R N O B Y L S K I I II + P A V L i S B C H E V MI + S I D O R E N K O SV K H I M M A S H I N O S T R (KIEV) N O 1 2 : 1 1 6 - 2 2 (1970} (IN RUSSIAN) CA 75:010462 06-0228 D R A G C O E F F I C I E N T OF B U B B L E S R I S I N G I N V A R I O U S LIQUIDS. DE MARTIN EL T E R M O T E C N I C A 26(9): 4 5 0 - 6 (1972} (IN ITALIAN) CA 7 8 : 1 2 6 3 0 1 06-0229 FISSION FRAGMENT INDUCED NUCLEATION OF BUBBLES IN S U P E R H E A T E D WATER. D E I T R I C H I/4 S T A N F O R D U N I V P H D THESIS, 1969, 115P. C A 73: 104755

06-0230 E V A P O R A T I O N R A T E S O F SMALL, F R E E L Y F A L L I N G W A T E R DROPS. DUGUID HA + STAMPFER JF J A T M O S SCI 28(7): 1233-43 (1971) CA 75: 133111

06-0221 A SIMPLE APPARATUS FOR WATER VAPOR PRESSURE M O I S T U R E S T U D I E S BY A D E W P O I N T M E T H O D . B O G S A N Y I D J + M E E D E N IX; C R E M I N D 1968(23); 7 4 1 - 2 C A 69: 3 7 4 3 3 U

06-0231 APPLICATION OF THE MECHANICAL STABILITY C O N D I T I O N T O T H E P R E D I C T I O N OF T H E L I M I T O F S U P E R H E A T F O R N O R M A L A L K A N E S , ETHER, A N D WATER. EBER]~RT JG + SCBNYDERS MC J P B Y S C B E M 77(23): 2 7 3 0 - 6 {1973) CA 80:137333

06-0222 C O N D E N S A T I O N C O E F F I C I E N T M E A S U R E M E N T S OF WATER, D I N I T R O G I ~ OX/DE, A N D C A R B O N D I O X I D E . B R Y S O N C E § C A Z C A R R A V + L E V E N S O N LL J V A C SOl T E C H N O L 11 (I): 4 1 1 - 1 6 (1974) C A 80: 137450

06-0232 VARIABLE PRESSURE BUBBLE GROWTH IN SUPERHEATED WATER. EIDLITZ A U N I V T O R O N T O P H D THESIS, 1969. C A 75: 023218

06-0223

06-0233 EXPERIMENTAL STUDY OF RADIATION INDUCED BO~LING IN S U P E R H E A T E D L I Q U I D S . EL-NAGDu MM § HARRIS MJ J B R I T N U C L E N E R G Y S O C 10(2): 131-9 (1971) CA 75:043365

N ~ G R P R E C I S I O N MEABURE/4ENTS O F C O N D E N S A T I O N

COEFFICIENTS. RESULTS FOR CARBON DIOXIDE AND W A T E R MOLECULES. BRYSON CE + CAZCARRA V + CHOUARAIN M + LEVENSON LL J V A C S O l T E C H N O L 9(I): 557 (1972) CA 76:131805 06-0224 S U B L I M A T I O N R A T E S A N D V A P O R P R E S S U R E S OF WATER, C A R B O N DIOXIDE, N ~ T R O U S OXIDE, A N D XENON. BRYSON CE 4 CAZCARRA V + LEVENSON LL J C R E N E N G D A T A 1 9 ( 2 } : 107-10 (1974)

CA 8 1 : 4 1 4 6 1 3

06-0234 FLASHING OF SUPERHEATED WATER AT LOW TEMPERATURES. FAUCHER G U N I V T O R O N T O P H D THESIS, 1969. C A 75: 0 2 3 2 1 9

06-0235 RETARDATION OF WATER DROP EVAPORATION WITS M O N O M O L E C E L A R S U R F A C E FILMS. GARRETT WD J A T M O S SCI 2 8 : 8 1 6 - 1 9 (1971); 29(4}: 786-7 (1972} CA 77: 009893

Section 6. Vaporization, Evaporation 06-0236 CLOUD CHAMBER STUDY OF WATER EVAPORATION. GOOD WB H E W M E X I C O S T A T E UNIV, 1972, 60P. P 0 2 1 2 5 8 ~ CA 78:0888~0 06-0237 B O I L I N G O F W A T E R I N A P O R O U S 5iED!UM. G O R B I S ZR 9 BF~RMAN M I VSFS XONF VOP ISPARENIYA. SORFNIYA GAZOV DIN D I S P E S S N SIST, 11TH: 7 1 - 2 (1972) (IN RUSSIAN) C A 78: 169424 06-0238 VOLATILITIES OF AMMONIA, CARBON DIOXIDE, AND WATER. G O R L O V S Y I I DM * A L T S H U L E R L N + K U C E E R Y A V u VI INFORM SOOSSHCH GOS NAUCH-ISSLED PYOEKT INST A Z O T N P R O M P R O D O R G S I N NO I ( P T 1): 1 5 7 - 6 5 (1969) ~IN RUSSIAN) C A 75: 0 1 0 3 ~ 3 06-0239 EVAPORATION RETARDATION BY MONOI~YERS. GREIF R W A T E R R E S O U R R F S 9(6): 1679-80 (1973) CA 80:052265 06-0240 H Y S T E R E S I S E F F E C T S I N S U R F A C E B O I L I N G O F WATER, HODGSON AS J H E A T T R A N S F E R 91(I}; 160-2 ( 1 9 6 9 ) CA 70:116546 06-02@1 E N H A N C E D E V A P O R A T I O N OF SMALL, F R E E L u f A L L I N G W A T E R D R O P S D U E T O S U R F A C E CONT~241NATIDN. HUGHES RB + STAMPFER JF J A T M O S SCI 28(7): 1244-51 (1971) CA 75:133112 06-0242 F I L M B O I L I N G OF S U B C O O L E D L I Q U I D ON HOP.IZONTAL CYLINDERS. ID A J + S A I V I U R J B T E P L O - M A S S O P E R E N O S 9(1): 1 0 6 - 2 0 (~972) (IN RUSSIAN) C A 79: 0 0 7 3 2 3

641 08-0248 N U C L E A T E B O I L I N G I N L I Q U I D FILM. (WATER, ETHANOL) KUSUDA H + NISHIEAWA K M E N F A C ENG K Y U S H U U N I V 27(3): 155-74 (1967) C A 69: 2 0 7 1 9 U

06-02~9 MECHANISM OF BOILING BY USING A HIGH SPEED CAMERA. L A B U N T S O V DA + K O ~ C H U G I N B A + ~ O L O V I N V S + ZAKHAROVA EA + VLADIMIROVA LN P156-66 OF TEPLOOHMEN ELEM ENER~ USTANOVOK AKAD N A U K S S S R E N E R G INST, (~966) (IN RUSSIAN} C A 69: 108139R

06-0250 EVAPORATION OF FALLIRG WATER DROPLETS, I~ERT NK + QUINCE BW J C O L L O I D I N T E R F A C E SCI 30 (1)." l q 6 - 7 (1969) C A 71: 0 1 4 5 2 4 06-0251 K ~ N E T I C S O F ICE- W A T E R S U B L I M A T I O N F R O M A P O R O U S SI N T E R E D METAL. LEBEDEV DP I Z V V Y S S H U C H E B ZAVED, ENERG 13(4): 92-7 {~970) (IN R U S S I A N ) C A 73: 102281 06-0252 M E C H A N I S M O F IN V A C U O I C E - W A T E R S U B L I M A T I O N FROM A SINGLY MACROCAPILLANY DUR/NG RADIATION H E A T SUPPLY. L E B E D E V DP + P E R E L M A N T L + D E R K A C H E V VI * TIMOFEEV VB I N Z H - F I Z Z H 19(2): 2 1 1 - 1 7 (1970) (IN RUSSIAN) CA 73:123797 06-0253 MECHANISM OF ICE- WATER SUBLIMATION DUPING CONDUCTIVE HEAT SUPPLY AND CONTINUOUS MASS INPUT ON A C A P I L L A R y P O R O U S MODEL. L E B E D E V D P ~ P E R E L M A N T D * D E R K A C H E V Vl § TIMOFEEV VB + ALEKSFEV W I N Z H - F I Z ZH 19(2): 2 1 8 - 2 3 {1970) (IN RUSSIAN) C A 74: 0 2 5 1 7 4

06-0243 FUNDA/~ENTAL E X P E R I M E n t S W I T H F L A S H E V A P O R A T I O N OF WATER. IYATAKE O + MURAKAMI E + KAWATA Y § ~HJI T H E A T T R A N S F E R - J A P RE$ 2(4): 8 9 - 1 0 0 (1973) C A 81: 1 5 0 8 1 Y

06-025~ T E M P E R A T U R E P R O F I L E S M E A S U R E D IN T H E T H E R M A L s U B L A y E R O F WATER, F R E O N - 1 1 3 , A N D M E T H Y L A L C O H O L D U R I N G P O O L SOILING. LIPPERT TE + DOUGALL P~ J H E A T T R A N S F E R 90(3) : 3 4 7 - 5 2 (1968} C A 69: 6 8 5 7 7 y

06-02~4 FILM BOIL/NG FROM A SPHERE DURING FORCED C O N V E C T I O N O F S U B C O O L E D WATER. J A C O B S O N RN + S H A I R FH I N D F N G CHFM, FUNDA~4 9{1): 183-5 (1970) C A 72: 0 6 8 5 9 0

06-0255 B O I L I N G - U P O F S U P E R H E A T E D LIQUIDS, M A L Y K H NV I Z V SIB O T D A K A D E A U K S S S R S E R T E K H M A U K 1974(1) : 59-65 (IN RUSSIAN} C A 81: 4 1 5 1 4 M

06-02~5 HEAT TRANSFER STNDY OF THE BOILING OF WA~ SUPPLIED TO THE HEATING SURFACE BY A CAPILLARY POROUS BODY AT LOW pRESSURES. K O L A C N TA 9 S H A R I P O V PJ< # Y A G O V W I N H Z F I Z ZH 14(6): 9 7 5 - 8 2 (1968) (IN RUSSIAN) C A 69: 8 8 2 8 3 C

06-0256 VARIABILITY OF THE WATER VAPOR SATURATION OVER W A T E R A N D ICE. MATVEEV LT § BYKOVA LP TR GL GFOFIZ OBSERV NO 202:125-33 (1967} (IN RUSSIA~) C A 69: 6 9 8 7 7 H

06-02~6 L I Q U I D B O I L I N G I N A T H I N FILM. (OF W A T E R , Y T H A N O L , C A R B O N T E T R A C H L O R I D E , O R HENZENE) K O P C H I E G V I A + V O R O N i N GI * R O L A C H TA L A B U N T S O V H A + L E B E D E V PD I N T J H E A T M A S S T R A N S F E R 12(7): 7 9 1 - 6 (1969) C A 71: 051561

06-0257 RETARDATION OF NATER DROP EVAPORATION WITH MONOMOLECULAR SURFACE FILMS. MAy KR J A T M O S SCI 29(4): 784-5 (1972) CA 77:009874

06-02~7 M E T H O D S O F S T U D Y I N G H E A T T R A N S F E R I~ ~ R A N S I T I O N BOILING. K O V A L E V SA I N T J H E A T M A H S T R A N S F E R 11(2): 2 7 9 - 8 3 (1968) C A 69: 5 3 1 5 1 F

06-0258 I N H I B I T I O N O F T H E E V A P O R A T I O N O F WATER. M C C O Y FC * K N O W L B S EC + H E S S H V US P A T 3441369# 29 A P R 1969, 3P. T E X A C O I N C C A 71: 0159~I

642

Bibliography on Physical and Chemical Properties of Water: 1969-1974

06-0259 M E A S U R E M E N T OF T H E C O N D E N S A T I O N A N D EVAPORATION C O E F F I C I E N T S OF W A T E R . NARUSAWA U U N I V MICHIGAN, 1972, 53P. (COO-2032-11)~ UNIV M ~ C H I G A N PHD THESIS, 1971, 62P. CA 7 8 : 0 0 8 1 1 9

06-0270 C A L C U L A T I O N OF T H E E V A P O R A T I O N STATIONARY W A T E R DROPS. SMI P,N O V VI C O L L O I D J 35(3): 553-7 (1973) CA 7 9 : 0 8 3 5 4 3

R A T E OF

06-0260 N U C L E A T E B O I L I N G OF P R E S S U R I Z E D WATER. NISHIKAWA K ~ FUJITA Y + NAWATA Y + HIRAKAyA K KYUSHU DAIGAKU KGGAKU SHUHO 42(q): 852-61 (1969) (IN JAPANESE) CA 7 7 : 0 5 0 7 0 4

06-0271 EVAPORATION AND CONDENSATION COEFFICIENT OF WATER. TAMIR A + HASSON D C H E M ENG J (LOUGHBOROUGH, ENGL) 2(3): 200-11 (1971) CA 7 6 : 0 8 7 7 6 4

06-0261 C H A R A C T E R I S T I C C U R V E OF BOILING. (WATER, ETHANOL) NZSHIEAWA K + HASEGAWA S + HONDA B M E M FAC ENG K Y U H H U ' U N I V 2 7 ( 3 ) 133-5~ ( 1 9 6 7 ) C A 69: 20718T

06-0272 INCIPIENT B O I L I N G OF SUBCOOLED WATER A T L O W RATES OF ITS INDUCED MOVEMENT, T O L U B I N S K I I VI + R O S T A N C H U K DM 9 O S T R O V S K I I Y U N TEPLOFIZ TEPLOTEKH 25:19-22 (1973) (IN RUSSIAN} C A 81: 39~61Y

06-0262 MEASUREM~qT OF H E A T T R A N S F E R C O E F F I C I E N T S W A T E R V A P O R I E A T I O N IN A V E R T I C A L T U B E AT P R E S S U R E S UP TO 100 BARS. PEER G W A E R M E 73(2}: q8-5~ (1967) (IN GERMAN) CA 69: I07916E

06-0273 S U R F A C E B O I L I N G OF A LIQUID. T R O K H A ~ A M + BELOGOLSE~II VA + V L A S O V yUN SOV P H Y S DOKL 16 (2) : 152-3 (1971} CA 7q: 103292

IN

06-0263 G A S T E M P E R A T U R E MEASUREMENT IN P U L S E D WATER L A S E R DISCHARGES. P I C H A M U T H U JP + H A S S L E R JC + C O L E M A N PD J A P P L PHYS ~3{11} : 4562-5 (1972} CA 78: 022363

06-0264 B U B B L E N U C L E A T I O N BY FAST N E U T R O N RECOIL ATOMS IN S U P E R H E A T E D ETHYL A L C O H O L A N D WATER. P ILATI DA S T A N F O R D U N I V , 1972, 141P. S U - 3 2 6 - P - 1 3 - 7 CA 80: 055118 06-0265 I N C I P I E N T B O I L I N G OF S U B H E A T E D ANNULI 9 R A S S O K B I N NG + M E L N I K O V VN TR M O S K ENERG INST NO 8 1 : 9 2 - 9 RUSSIAN) CA 77: 007832

WATER IN NARROW

(1971)

(IN

06-0266 E V A P O R A T I O N ON W E T SURFACES S T U D I E D BY USING THE M O L L Z E R ENTHALPu C O M P O S I T I O N C H A R T A N D BY A N U M E R I C A L SOLUTION O F D I F F E R E N T I A L EQUATIONS. RENZ U K A E L T E T E C H - K L I M 24(2|: 29-32, 35-8, 43-4 (1972) ( I N GERMAN) CA 77: 007834 06-0267 C H A R A C T E R / S T I C S OF THE A C O U S T I C A L PULSES EMITTED BY B O I L I N G B U B B L E S IN WATER. S A X E RF + C O T H R E N RK J A C O U S T SOC AflER ~8(5)(PT 2): 1257-65 (1970) CA 7 4 : 0 3 4 9 2 5 06-0268 E V A P O R A T I O N OF W A T E R DROPS I N AN A T M O S P H E R E OF A R G O N A N D C A R B O N DIOXIDE. S H I M A N S K I I YUI + NUZHNYI VM + M I K H A I L E N K O MM U K R FIZ ZH (RUSS ED) 18(2}: 327-9 (1973) (IN RUSSIAN) CA 78: 161419

06-0269 E X P L O S I V E B O I L I N G - U P OF LIQUIDS A N D E L U C T U A T I N G NUCLEATION= S K R I P O V VP § P A V L O V PA HIGH TEMP 8 (q) : 782-6 (1970) CA 74: 014603

06-0274 I N S T A B I L I T Y OF BUBBLES IN A LIQUID. T R U C C O MA IWGEGNER~A 1971 (12) : 745-9 (IN ITALZAB) CA 7 6 : 1 5 6 1 5 5 06-0275 EFFECTS OF P R E S S U R E A N D A C C E L E R A T I O N OH THE POOL BOILING OF WATER AND ABCTON-11. T U R T O N JS INT J HEAT MASS T R A N S F E R 11 (9): 1295-310 (1968) CA 69: I07938P 06-0276 F I L M BOILING OF WATER A N D A N AQUEOUS B I N A R Y MIXTURE. VAN STRALEN SJD + J O O S E N C J J + S L U Y T E R WM INT J HEAT MASS T R A N S F E R 15(12): 2427-45 (1972); TEPLO- M A S S O P E R E N O S 9 {I) : 196-217 (1972) (IN RUSSIAN) CA 78: 008099; CA 79: 007318 06-0277 R A D I A T I O N I N D U C E D N U C L E A T I O N OF BUBBLES IN S U P E R H E A T E D WATER. W H I T E H O U S E HT + C H R I S T E N S E N l%N § PILATI DA + C O N N O L L Y TJ USAEC, 1970, 38P. SU-326-P-13-5 CA 75: 078536 06-0278 WATER E V A P O R A T I O N A N D C O N D E N S A T I O N IN THIN CAPILLARIES. ZAKHAVAEVA NN § K O N O V A L O V AZ + S B U S B P A N O V PI NAUCH TR M O S K INST N A H KHOZ NO 9 6 : 1 1 9 - 2 7 (1970) (IN RUSSIAN) CA 76: 158617

Section 7. Surface Properties

643 07-0289 S U R F A C E S T R U C T U R E OF W A T E R A N D ICE. F L E T C H E R NH P H I L M A G 18 (156} : 1287-300 (1968} C A 70: 032377 07-0290 VARIATION OF SURFACE TENSION OF WATER WITH TEMPERATURE. GI T T E N S G J J C O L L O I D I N T E R F A C E S C I 30(3): 4 0 6 - 1 2 (1969) C A 71: 0 7 4 3 4 8

Section 7. Surface Properties 07-0279 T E M P E R A T U R E V A R I A T I O N O F S U R F A C E T E N S I O N OF WATER. AHSANU~H AKM P R O C P A K A C A D S C I 9(2): 9 7 - 1 0 8 (1972) CA 80:100~95 07-0280 E F F E C T O F R E L A T I V E H U M I D I T Y ON T H E C O L L I S I O N B E H A V I O R OF W A T E R D R O P S IN AIR. BAKER LE U N I V W I S C O N S I N P H D T H E S I S , 1972, 215P. CA 7 7 : 1 0 5 7 0 3

07-0281 INTERFACIAL PROPERTIES OF WATER SOLUTIONS. BERG JC U S O F F I C E S A L I N E W A T t , R E S D E V E L O P P R O G R REPe N O 72~, 27P, 1971. CA 76:158680 07-0282 M E A S U R E M E N T OF M O N O L A Y E R P E R M E A B I L I T Y . BLANK M T E C H S U R F A C E C O L L O I D C N E M P H Y S I: 4 1 - 8 8 CA 77:169073

(1972)

G7-0283 EXPERIMENTAL EVIDENCE THAT WATER HAS NO TIME D E P E N D E N T D Y N A M I C S U R F A C E TENSION. CASKEY JA * BARLAGE WB I N D E N G CHEM, F U N D A M 9(3): ~ 9 5 - 7 (1970) C A 73~ 0 7 8 9 6 8 07-0284 TEMPERATURE DEPENDENCE OF THE SURFACE ~ENSION OF WATER BY THE EQUILIBRIUM RING METHOD. C~NI R § LOGLIO G + FICALBI A J C O L L O I D I N T E R F A C E SCI ~I(2): 2 8 7 - 9 7 (1972} C A 78: 00815q

07-0285 C~ITICAL TENSION IN A LIQUID UNDER DYNAMIC CONDITIONS OF STRESSING. COUZENS DCF + TREVENA DH N A T U R E 2 2 2 ( 5 1 9 2 } : 473-4 (1969} C A 71: 042611 07-0286 T H E O R Y O F N U C L E A T I O N O F WATER. P ~ R T - I : P R O P E R T I E S OF S O M E C L A T H R A T E - L I K E C L U S T E R STRUCTURE. DAEE M + LUND LH + FLOMMER pLM + KASSNER JL § HALE BN J C O L L O I D I N T E R F A C E SCI 39(I): 6 5 - 7 8 (1972) CA 76:145155 07-0287 REVERSIBLE AND IRREVERSIBLE MODIFICATION OF THE PROPERTIES OF LIQUIDS UNDER THE INFLUENCE OF A L E O P S I L I C SURFACE. DERYAGIN BV p U R E A P P L C N E M 24(1}: 9 5 - 1 1 0 (1970) C A 75: 0 5 3 4 6 8 07-0288 T W O D I M E N S I O N A L P H A S E C H A N G E S IN W A T E N A D S O R B E D ON ICE NUCLEATING SUBSTRATES. EDWARDS GR + EVANS LF § ZIPPER AF T R A N S F A R A D A Y S O C 66(I): 2 2 0 - 3 4 (1970) C A 72: 0 8 3 2 9 0

07-0291 F O R M A T I O N O F W A T E R F I L M ON H Y D R O P H O B I C S U R F A C E . GONE F H U N G P A T 158122, 7 J A N 1971, 6 D. K O O L A J ES G A Z TERVEZO VALLALAT CA 7 4 : 0 6 6 0 4 1 07-0292 S U R F A C E D I F F U S I O N IN M O N O L A Y E R S . GOOD PA + SCHECHTER RS J c O L L O I D I N T E R F A C E S O l 40(I| : 9 9 - 1 0 6 C A 77: 0 5 2 6 1 5

(1972)

07-0293 CAPILLARy RISE OF WATER AND ITS DEPENDENCE ON ELECTROOSMOBIS IN FILLED DIAPHRAGMS UNDER INCOMPLETE WETTING CONDITIONS. G R I B A N O V A E V § P A V L O V A TS P113-15 OF ELEKTROPOVEREHNOSTNYE YAVLENIYA D I S P E R S N Y K E SISTr G R I G O R O V O N (ED), N A U K A e MOSCOW, 1972. (IN RUSSIAN) C A 79: 108u,02 07-0294 S T U D Y O F T H E I N T E R F A C I A L P R O P E R T I E S O F W A T E R BY GAS cHROMATOGRAPHy. HARTKOPF A + KARGER BL A C C O U N T S C H E M R E S 6(6) : 2 0 9 - 1 6 (1973) CA 79:046066

07-0295 S T U D Y O F T E E S U R F A C E O F W A T E R BY H Y D R O C A R B O N A D S O R P T ION. H A U W E L L F + O T T E W I L L RH J C O L L O I D I N T E R F A C E S C I 34(4): 473-9 (1970) CA 74:045913 07-0296 SURFACE TENSION OF SATURATED ANHYDROUS HYDROGEN SULFIDE AND THE EFFECT OF HYDROGEN SULFIDE PRESSURE ON THE SURFACE TENSION OF WATER. HER~ICK CS + GAINES GL J P H Y S C H E M 77(22): 2 7 0 3 - 7 (1973) CA 79:I49706 07-0297 S U R F A C E P R O P E R T I E S O F WATER. (MOTIONS O N O R BENEATH THE SURFACE PURIFICATION| HICK~ K + WHITE I + KAYSER WV + THANKU D + PALMER H R O C H E S T E R I N S T T E C H N O L , R O C H E S T E R , NY, 197q, 81P. P B 2 3 0 7 0 8 07-0298 E V A L U A T I O N O F T H E INTERFACIA~L P O T E N T I A L B E T W E E N W A T E R A N D I T S M I X T U R E S W I T H ETHANOL. JAKUSZEWSKI B + PRZASNTSKI M + SIEKOWSKA A B U L L A C A D P O L SCI, S E R S C I C H I M 20(I| : 43-7 (1972} CA 77: 013130

07-0299 THE ICE INTERFACE. JELLINEK HHG P 6 5 - I 0 8 O F W A T E R A N D A Q U E O U S SOLUTIONS." STRUCTURE, THERMODYNAMICS, AND TRANSPORT P R O C E S S E S , H O A N E RA(ED}, W I L E Y , 1972,

644

Bibliography on Physical and Chemical Properties of Water: 1969-1974

07-0300 I N T E R F A C I A L P R O P E R T I E S O F W A T E R BY G A S CHROMATOGRAPHY4 K A R G E R BL § H A R T K O P F A N O R T H E A S T E R N UNIV, 1973, 41P. A D 7 5 9 7 6 6 C A 79: 070481

07-0310 D Y N A M I C C O N T A C T ANGLES. PART-2: V E L O C I T y ~--ND R E L A X A T I O N EFFECTS F O R V A R I O U S L I Q U I D S . PHIi~51PS MC + R I D D I F O R D A C J COI~LOID I N T E R F A C E S C I 41(I): 77-85 (1972} CA 77:144132

INTERFACIAL PHENOMENA ASSOCIATED WITH THE F R E E Z I N G O F WATER. K E T C E A M WM; U N I V W A S H I N G T O N R H D THESIS, 1968, 131P. CA 72:115443

07-0311 RELATION BETWEEN CONTACT ANGL~ AND DROP SIZE FOR W A T E R A T ITS B O I L I N G P O I N T F O R A P R E S S U R E R A N G E 50-760 TORR. P O R T E R A B + BOYES AP CA/~ J C H E M 50(15): 2 4 1 9 - 2 2 {1972} C A 77: 131089

07-0301 E X P E R I M E N T S ON T H E C O N T A C T A N G L E O F W A T E R ON ICE. KNIGHT CA P H i L M A G 23(181): 153-65 (1971} C A 74: 0 6 8 0 9 9 07-0302 DETEP~41NATION O F T H E S U R F A C E T E N S I O N OR W A T E R BY T H E O S C I L L A T I N G J E T METHOD. K O C H U R O V A N N § S H V E C H E N K O V Y U A § R U S A N O V AI KOIJ~OID ZH 36(4): 785-8 (1974) (IN RUSSIAN) C A 81: 176542 07-0303 M O B I L E W A T E R P H A S E ON I C E S U R F A C E S . K V L I V I D Z E V I + K I S E L E V V F § K U R Z A E V AB * USRAKOVA LA S U R F A C E SOl 44(I): 60-8 (1974) C A 81: 8 4 0 8 3 N

07-0304 F O R M A T I O N A N D G R O W T H O F A D R O P O F W A T E R ON A HYGROSCOPIC CONDENSATION NUCLEUS UNDER CONDITIONS OF VARIABLE WETNESS. L E O N O V L F + P R O K H O R O V BS § D E R Y A G Z N BV P 2 9 4 - 3 0 1 O F T R V S E S K O N F FIZ O B L A K O V A K T I V V O Z D E I S T V I Y A M , 8TH, G I D R O M E T E O R O L IZD, L E N I N G R A D , 1970. (IN RUSSIAN) CA 75:155585 07-0305 SEPARATION OF CHARGE AT THE INTERFACE BETWEEN V A R I O U S P H A S E S O F WATER. LIU CC U N I V M I N N E S O T A P H D THESIS, 1969, 124P. C A 72: 115089

07-0312 F I E L D A N D SUP,F A C E R E A C T I O N S OF WATER. ROELLGEN FW + BECKEY HD S U R F A C E SCI 27(2}: 3 2 1 - 3 7 (1971) (iN GERMAN) CA 75:134628 07-0313 EVALUATION OF THE SURFACE LAYER DENSITY OF LIQUIDS ACCORDING TO TEE PRESSURE DEPENDENCE OF S U R F A C E TENSION. R U S A ~ O V A/ § K O C H U R O V A NN * K}L%BAROV V N P O V E R K H Y A V L E N I Y A Z H I D K Z H I D K R A S T V O R A K H NO I: 90-4 (1972) (IN RUSSIAN) CA 7 8 : 1 5 1 8 7 4 07-0314 E F F E C T OF C U R V A T U R E O N T H E T H E R M O D Y N A M I C S O F S U R F A C E S . (WATER) SCHOLBERG HM S U R F A C E SCi 28(I) : 2 2 9 - 3 6 (1971) CA 76: 050364 07-0315 S U R F A C E T E N S I O N OF D E U T E R I U M OXIDE. V A R G A F T I K N B * VOLYA/~ L D * V O L K O V B N P 1 8 2 - 4 O F T E P L O F I Z S V O I S T V A ZHIDK, M A T E R V S E S TF~PLOFIZ K O N F E V O I S T V A M V ~ H C H E S T V VYS TEMpe 3RD, 1968, A E A S - Z A D E A ( E D ) , NAOKA, MOSCOW, 1970. (IN RUSSIA~) CA 75: 0 1 0 4 9 7

S U R F A C E T E N S I O N A N D D E N S I T Y O F M A G N E T I Z E D WATER. L Y C E A G I N NI * A/{HTYAMOV OS; R U S S J P H Y S C R E M 46(5): 756-7 (1972) CA 77:079781

07-0316 T E M P E H A T U R E D E P E N D E N C E O F T H E S U R F A C E T E N S I O N OF WATER. VARGAFTIK NH § VOLYAK LD * VOLKOV EN P 3 1 2 - 1 8 O F T R V S E S N A U C H - T E K H K O N F T E R M O D I N , SB D O K L SEKTS, " T E P L O F I Z S V O I S T V A V E S H C H E S T V " , 3RD, V A I S M A N M (ED}, L E N I N G R A D T E K H N O L I N S T K H O L O D PROM, 1969. (IN RUSSIAN) CA 76:016108

07-0306 EXCHANGE OF WATER MOLZCULES AT AIR- WATER INTERFACES, MANSFIELD WW J P H Y S C E E M 76(10): 1505 (1972) C A 77: 0 2 5 1 3 7

07-0317 SURFACE TENSION OF WATER A~D HEAVY WATER AT CLOSE TO CRITICAL TEMPERATURES. VARGA~TIK NE 9 VOLyAK LD 9 VOLKOV BN T E P L O E N E R G E T I K A 20(8| : 8 0 - 2 (1973) (IN RUSSIA~N} C A 79: 129493

07-0307 P R O P E R T I E S O F A Q U E O U S F I L M S B E T W E E N M I C A PLATES. M E T S I K MS P 1 8 9 - 9 4 OF P O V E R K H S I L u T O N K I K H P L E N K A K H D I S P E R S N Y K H SIST, S B D O K L K O N F P O V E R K H SILAM, 4TH, 1969, D E R Y A G I N , BV(ED}, N A U K A , MOSCOW, 1972. (IN RUSSIAN) C A 78: 0 0 8 2 1 9

07-0318 ~/~EAS O C C U P I E D B Y T H E M O L E C U L E S IN A B I N A R Y I N T E ~ A C I A L LAYER: E S T I M A T I O N O F T H E M~L~%R A R E A OF WATER AND ETHANOL AT INFINITE DILUTION FROM T H E S U R F A C E TENSION. V E R G A R A FR § L E S P I N A S S E B C O M P T R E N D C 272(2): 149-52 (1971) (IN FRENCH) CA 7 4 : 1 0 3 3 6 7

07-0308 S U R F A C E T E N S I O N O B S E R V A T I O N IN D I S T I L L E D A N D SALINE WATER INTERFACE. PAZ U + RUBIN H I N D E N G CHEM, F U N D A M 9(3}: 509-11 (1970) CA 73:078966

07-0319 S H A P E O F A S O L I D I F I C A T I O N I N T E R F A C E (OF WATER) B~ED ON IRREVERSIBLE THERMODYNAM/C PHENOMENA~ VIAUD P B U L L I N S T I N T F R O I D A N N E X E 1973(4) : 91-110 (IN FRENCH) CA 81:178012

07-0309 EFFECT OF MICA CRYSTALS ON THE PROPERTIES OF W A T E R FILMS. PEREVERT~EV VD § LIOPO VA + TLMOSHCHENKO GT R U S S J P H Y S C H E M q6(8): 1191-3 (1972) C A 77: 156777

Section 8. Thermal Conductivity

645

07-0320 I N S T A B I L I T Y OF A WATER- ICE INTERFACE. VIAUX P P218-32 OF T E P L O - M A S S O P E R E N O S , D O K L VSES SOVESHCH, 0,TH, G I N Z B U R G IP(ED), A K A D HAUK B E L O R U S S SSR, INST TEPLO- M A S S O O B M E R A , MINSK, USSR, 1972. (IN RUSSIAN) C A 78: 088912 07-0321 A D S O R P T I O N OF LIQUID WATER ON A Q U A R T Z SURFACE. ZHELEZNYI BV IZV AKAD NAUK SSSE, SER KHIM(6} : 1276-80 (1972} (IN RUSSIAN} C A 77: 105876 07-0322 D E T A C H M E N T OF S T I C K I N G P A R T I C L E S BY WATER DRORS. C A L C U L A T I O N OF T H E D E T A C H M E N T FORCES. ZIMON AD § L A Z A R E V KA C O L L O I D J 32(6): 722-5 (1970) CA 7~: 057576 07-0323 D E T A C H R E N T OF A D H E R I N G P A R T I C L E S BY W A T E R DROPS. R E S U L T S OP E X P E R I M E N T A L STUDIES. ZIMON AD + L A Z A R E V K A C O L L O I D J 33(3): 293-6 (1971| CA 75: 080635

Section 8. Thermal Conductivity 08-0324 T H E R M A L C O N D U C T I V I T Y O F W A T E R (OXYGEN-18) . B I B I K AP + L I T V I N E N K O IV § R A D C H E N K O IV I N Z H - F Z Z ZH 26 (I) : 42-5 (1974) (IN RUSSIAN} CA 8 0 : 125450, 08-0325 M E A S U R E M E N T AND C O R R E L A T I O N OF W A T E R FROST T H E R M A L C O N D U C T I V I T Y A N D DENSITY. B I G U R I A G + W E N Z E L LA IND ENG CREM, F U N D A M 9 (1): 129-38 (1970) CA 7 2 : 0 6 8 6 6 0

08-0326 T H E R M A L C O N D U C T I V I T Y OF D I S T I L L E D W A T E R AS F U N C T I O N OF PRESSURE A N D TEMPERATURE. C A S T E L L I VJ * STANLEy EM J C H E M ENG DATA 19(I) : 8-11 (1970,} CA 80: 070,933 08-0327 LOW T E M P E R A T U R E T H E R M A L C O N D U C T I V I T y OF S E L E C T E D D I E L E C T R I C C R Y S T A L L I N E SOLIDS, D I L L A R D DS + T I M M E R H A U S KD P90,9-69 OF CONF ON T H E R M A L CONDUCTIVITY, 8TH PROC, 1968. CA 73: 130,548 08-0328 T H E R M A L C O N D U C T I V I T Y OF WATER, ETHANOL, B U T A N O L SOLUTIONS. K H A R I N VM + M I L Y A K O V A AA F E R M E N T SPIRT P R O M 35(2): 9-10 (1969} CA 7 0 : 1 0 5 1 3 5

AND

08-0329 E F F E C T OF T E M P E R A T U R E A N D P R E S S U R E ON THE T H E R M A L C O N D U C T I V I T Y OF WATER. M A M E D O V AM + A K H U N D O V TS + I S M A I L O V DS HIGH T E M P I0(6}: 1199-1201 {1972) CA 78: 102768

08-0330 T H E R M A L C O N D U C T I V I T Y OF T H I N FILMS OF WATER. M E T S I K MS + T I M O S H C H E N K O GT I S S L E D OBL P O V E R K R SIL, SB DOKL KONF, 3RDo D E R Y A G I N BV(ED}, NAUKA, MOSCOW, 1967o. (IN RUSSIAN} CA 7 0 : 0 5 1 3 9 1 08-0331 E Q U A T I O N FOR THE T H E R M A L C O N D U C T I V I T Y OF W A T E R IN T H E C R I T I C A L R E G I O N A N D IN THE SUPERHEATED V A P O R REGION. R I V K I N SL T E F L O E N E R G E T I K A 15 (7) : 52-8 (1968) (IN RUSSIAN} CA 69: 70867M

08-0332 TBEILMAL C O N D U C T I V I T Y OF WATE~R IN THE C R I T I C A L RANGE. S I R O T A AM 9 L A T U N I N VI + B E L Y A E V A GM P22-3 O F T E P L O F I Z S V O I S T V A GAZOV, MATER VSES TEPLOFIZ KONF S V O I S T V A M V E S H C H E S T V VYS TEMP a 3RD, 1968, V A R G A F T I K N(ED), NAUKA, MOSCOW, 1970. (IN RUSSIAN} CA 74: 131301

646

Bibliography on Physical and Chemical Properties of Water: 1969-1974

08-0333 T H E R M A L C O N D U C T I V I T Y OF W A T E R IN THE R E G I O N OE MAXIMA. S I R O T A A/~ + L A T U N I N VI + B E L y A E V A GM TEPLO- M A S S O P E R E N D S 9{7): 501-5 41972) (IN RUSSIAN} C A 78: 129095 08-033~ T H E R M A L C O N D U C T I V I T Y M A X I M A OF W A T E R IN THE C R I T I C A L REGION. S I R O T A A M + L A T U N I N V l + B E L Y A E V A GM T E F L O E N E R G E T I K A 2 0 ( 8 ) : 6-11 (1973) (I~ RUSSIAN) CA 7 9 : 1 2 9 8 7 3 08-0335 D E S I G N AND D E V E L O P M E N T OF A T R A N S i E B T THERMAL CONDUCTIVITY APPARATUS FOR WATER AND OTHER FLUIDS. T R I C K WT U N I V W E S T E R N O N T A R I O P B D THESIS, 1 9 7 2 . CA 7 8 : 0 2 0 9 6 0 08-0336 T H E R M A L C O N D U C T I V I T Y OF H E A V y W A T E R IN T H E G A S PHASE. V A R G A F T I K NB + V A N Z C H E V A NA + yAKUSH LV INZH-FIZ ZH 25(2}: 336-40 41973) (IN RUSSIAN) CA 7 9 : 1 2 9 8 9 1

Section 9. Diffusion 09-0337 SELF D~FFUSION A N D M O L E C U I ~ R O R D E R IN L X O T R O P I C L I Q U I D CRYSTALS. BLINC R + E A S W A R A N K + FIRS J * VOI~FAN M + ZURANCIC I PHYS R E V L E T T 25419) : ~327-30 41970) CA 7 4 : 0 1 7 8 6 3 09-0338 HOLOGRAPHIC iNTERFEROt4ETER FOR TIlE STUDY OF D I F F U S I O N P H E N O M E N A IN I~IQUIDS. DUROU C J P H Y S E 6(11): 1116-20 41973) (IN FREI~CH) CA 8 0 : 0 1 6 8 1 1 09-0339 SELF D I F F U S I O N OF W A T E R IN URANYL N I T R A T E HEXAHYDRATE. F L A H A G A N TB + F R A N K L I N ML J PBYS CHEM 7 5 ( 9 ) : t 2 7 2 - 8 (1971) CA 7 5 : 1 3 3 3 0 5 09-03~0 A N A L O G I E S TO T~E K I R K E N D A H L EFFECT IN THE D I F F U S I O N I~ LIQUIDS. FRE~SE V z PHYS CHEM {FRANKFURT AM MAIN) 86(3-6)= 252-60 41973} (IN G E ~ N } CA 80: 112968 09-0341 SELF D I F F U S I O N IN L I Q U I D WATER TO -31 DEGREES. G I L L E N KT § DOUGLASS DC + HOCH M J C H E M PHYS 57(12): 5117-19 41972) CA 7 8 : 0 4 8 2 3 7 09-03~2 Q U A N T I T A T I V E M E A S U R E M E N T OF THE C O N C E N T R A T I O N C U R V E FOR D I F F U S I O N PAT~S W I T H O C C U R R E N C E OF C O N C E N T R A T I O N ZONES. RAUN L § SCHAAFFS W K O L L O I D - Z Z POLYM 239(1): 516-17 (1970} CA 73: 102277 09-03@3 R E L A X A T I O N P R O C E S S E S IN WATER. VISCOSITY, SELF DIFFUSION, A N D S P I N L A T T I C E RELAXATION. KINETIC MODEL. HINDMAN JC J C H E M PHYS 60(11): 4~88-96 (1974} CA 81: 56252Y 09-0344 T H E R M A L DIFFUSIVITY OF ICE A N D W A T E R B E T W E E N -q0 A N D 50 DEGREES. J A M E S DW J MATER SOl 3(5): 5~0-3 (1968} CA 70: 006725 09-03~,5 EFFECT OF P R E S S U R E ~ N D TEMPERATURE ON THE SELF OF WATER. KISELN~K W v M A L M U K NG + T O R y A N I K AI § T O R Y A N I K VM ZN STRUKT KHIM l q (5} : 963-7 (1973} (IN RUSSIAN} CA 80: 12~88q

DIFFUSION

Section 9. Diffusion

647

09-0346 D R I F T ( C O L L E C T I V E MOTION) S E L F D I F F U S I O N OF W A T E R MOLECULE~. M A L O M U Z H NP 9 F I S H E R IZ ZH S T R U K T K H I M Iq(6): 1 1 0 5 - 6 (1973) (IN RUSSIAN) C A 8Q: 12~686 09-0347 T H E R M A L N E U T R O N D I F F U S I O N L E N G T H I N W A T E R A T 24 DEGREES. MARTINHO E + SALGADO J USAEC, 1968, 29P. L F E N - 8 6 - A CA 70:I022~0 09-0346 ISOTOPIC SELF DIFFUSION IN LIQUIDS. MILLS R H E R B U N S E N G E S P H Y S C H E M 75(3-4): 195-9 CA 75:010330

(1971)

09-0358 D I F F U S I V I T Y O F O X Y G E ~ IN WATER~ ST D E N I S C E * F E L L C J D C A N J C H E M ENG W9(S) : 885 (1971) CA 76:076715 09-0359 C~LCULATION OF THE SELF DIFFUSION COEFFICIENT FOR WATER. SYRNLKOV YUF J S T R U C T C ~ E M 11(~): 6 9 8 - 7 0 0 (1970) C A 73: 123755 09-0360 INTERMOLECULAR VIBRATIONS AND DIFFUSION IN WATER I N V E S T I G A T E D BY S C A T T E R I N G O F C O L D NEUTRONS. VOW BLANCKENHAGEN P H E R B U N S E N G E S P B Y S C B E M 76(9}:' 8 9 1 - 9 0 3 (1972) C A 77: 1566q8

09-03~9 S E L F D I F F U S I O N I N N O R M A L A N D H E A V y W A T E R IN T H E R A N G E 1-45 DEGREES. MILLS R J PHYS C B E M 77(5): 685-8 (1973) CA 78:115350

09-0361 SELF DIFFUSION OF SPHERICAL IONS AND OF WATER IN A Q U E O U S SOLUTIONS. WEISS A + NOTHNAGEL KB ERR BUNSE~ES P H Y S C N E M 75(3~4): 216-19 (1971) C A 7~: Iq6591

09-0350 SELF DIFFUSION IN LIQUIDS: A N D SODIUM. MURDAY JS + COTTS RM J C H E M F E E S 53(12): 4 7 2 ~ - 5 CA 7 4 : 0 1 5 6 8 6

09-0362 MEASUREMENT OF LIQUID PEASE DIFFUSIVITIES. WENDT JOL + ~RAZIER GC I N D E N G CHEM, F U N D A M 12(2): 2 3 9 - q 3 (1973) C A 78: 164433

WATER, H E A V Y WATER,

(1970)

09-0351 C A L C U L A T I O N OF T H E S E L F D I F F U S I O N OF M(ILECULES IN W A T E R IN A N A P P R O X I M A T I O N O F ~"dB T R A N S L A T I O N MOBILITY OF MOLECULES~DONG CAVITIES C~ AN K C E L I K B SHELL. N E R O N O V YUI J S T R U C T C H E M 12(1): 5-8 (1971) C A 7~: 103275 09-0352 D I F F H S I V I T I E S O F W A T E R I N N O N P O L A R GASES. O ' O O N N E L L J P * G I L L E S P I E MD + E R O S T E K WD + pRAUSNITZ JM J p H Y S C H E M 73(6): 2 0 0 0 - 4 (1969) CA 71:053799 09-0353 TEMPERATURE AND PRESSURE DEPENDENCE OF SELF D I F F U S I O N , V I S C O S I T Y , A N D NUCLEA/{ R E L A X A T I O N TiME.q I N L I Q H I D WATER. O'REILLY DE + PETERSON EM 4 SCSEIE CE C H E M F H Y S L E T T 23(I): 69-72 (1973) CA 80: 06~094 09-0354 TEMPERATURE DEPENDENT THERMAL NEHTRON DIFFUSION COEFFICIENTS IN WATER AND HEAVY WATER. PA~FANO AN W V I R G I N I A U N I V PHD THESIS, 1969, ?6P. C A 76: 0 ~ I 0 7 2 09-0355 S E L F D I F F U S I O N C O E F F I C I E N T O F S U P E R C O O L E D WATER. PRUPPACHER HR J C H E M P H Y S 56(I): 101-7 (1972) CA 76:037633 09-0356 ROLE OF HYDROGEN BOND IN SELF DIFFUSION I N L I Q U I D WATER. RICCI FD + RICCI MA + ROCCA D P E Y S L E T T A ~SA(~}: 2 8 9 - 9 8 (1974) C A 81: 1 5 9 1 8 0 C

pROCESS

09-0357 EFFECT OF MOLECULAR DIFFUSION ON MASS TRANSFER I N A L I Q U I D FILM. S E R G E E V A D * NIKOI,~EV N A 9 NIKOLA~EV A N T R K A Z A N KHIM'-TEKHNOL I N S T N O ~ 6 : 9 9 - 4 6 (1972) {IN R~SSIAN) C A 79: 0 5 5 4 0 5

09-0363 T H E R M A L D I F F O S I O N O F 1:1 E L E C T R O L Y T E S I N O R D I N A R y A N D IN H E A V ~ W A T E R . WOOD CD + BANKSWORTH WA J S A F R C B E M I N S T 24(9): 170-6 (1971) C A 75: 155060 09-0364 S E L F D I E F U S I O N I N W A T E R T O 2100 E A R S A T 25 DEGREES. ~OObF LA J C H E M PHYS 61(~): 1600-1 (197~) C A 81: 1 2 6 9 7 ~ M

648

Bibliography on Physical and Chemical Properties of Water: 1969-1974 10-0374 VISCOSITY OF WATER AT LOW SHEAR STRESSES. G O R S H K O V AI S O V P H Y S T E C H P H Y S 18(9): 1265-6 (1973) CA 79:139933

Section 10. Viscosity, Elasticity 10-0365 V I S C O S I T Y O F A M I X T U R E OF N O R M A L A N D H E A V Y W A T E R A T H I G H P R E S S U R E S IN T E E 7 5 - 2 2 5 D E G R E E RANGE. AGAEV NA 9 ABAS-ZADE A § KERIMOV AM R U S S J P H Y S C H E M 47(8): 1229-30 (1973) CA 80:007314 10-0366 H E A V Y W A T E R V I S C O S I T Y A T H I G H P R E S S U R E S IN T H E 100-275 D E G R E E R A N G E (INCLUDING T H E S A T U R A T I O N LINE). AGAEV NA 9 HEBXMOV AM § ABAS-ZADE A A T E N E R G 30(6): 534-5 (1971) (IN RUSSIAN} CA 75:091439 10-0367 V I S C O S I T I E S OF S U P E R C O O L E D W A T E R A N D O T H E R LIQUIDS. BAHNG JS § HAHN SJ § JHON MUS D A E H A N E W A H A K H W O E J E H 15(4}: 171-5 (1971) CA 76:131627 10-0368 C H A N G E IN T H E V I S C O S I Y OF W A T E R A N D S O M E A Q U E O U S SOLUTIONS UNDER TRE ACTION OF MAGNETIC AND ELECTRIC FIELDS. BANTYSE LA 9 POPOVSKII VG ELEKTRON OBRAB MATER(y: %9-51 (1970) GIN RUSSIAN) CA 75:025661 10-0369 RHEOLOGICAL PROPERTIES OF THERMODYNAMICALLY N O N E Q U I L I E R I U M (MELTED) WATER. B O N D A R E N K O NF + M A S L E N K O V A G L § S A P R Y K I N Y U N S B T R A G R O N FIZ NO 3 2 : 2 0 3 - 5 41971) GIN RUSSIAN} CA 79:149653

10-0370 WATER STRUCTURE AND VISCOSITY OF CONCENTRATED ELECTROLYTE SOLUTIONS. EBERT G § WENDORFR J K O L L O I D - Z Z P O L Y M 230(1}: 2 5 5 - 7 (1969} C A 714 0 2 4 9 2 8 10-0371 V I S C O S I T Y MEASUREMY/~TS I N C O N C E N T R A T E D E L E C T R O L Y T E S O L U T I O N S (EFFECT O F I O N S ON T H E S T R U C T U R E O F WATER). EBERT G § WENDORFF J B E R B G N S E N G E S P H Y S C B E M 75(I): 8 2 - 8 (1971) (IN GERMAN) C A 74: 067992 10-0372 THERMOPHYSICAL PROPERTIES OF SALINE WATER S Y S T E M S . ( V I S C O S I T Y O F WATER} FABUSS BM + KOROSI A § HUNTER JA § GILLAM WS + LEISERSON L US O F F I C E S A L I N E W A T E R R E S D E V E L O P P R O G R R E P N O 2%9, 1967, 50P. C A 69: 6 1 4 4 6 W 10-0373 FREE VOLUME AND SIGNIFICANT STRUCTURE THEORY A P P L I E D TO V I S C O S I T Y OF S U P E R C O O L E D W A T E R . G I L R A NK C A N J P H Y S 46(18}: 2 1 2 3 - 5 (1968} C A 70: 0 4 0 9 8 9

10-0375 VISCOSITY OR WATER UNDER SHOCK COMPRESSION. H A M A N N SD § L I N T O N M J A P P L P H Y S 40(2): 9 1 3 - 1 4 (1969) CA 70:099854 10-0376 B U L K V I S C O S I T Y O F L I Q U I D D E U T E R I U M OXIDE. J A I N SC § B H A N D A R I RC C H E M P H Y S L E T T 2(1): 33-4 (1968) C A 69: 3 0 3 2 2 Y 10-0377 V I S C O S I T Y O F WATER. JARZYNSKI J § DAVIS CM P 7 0 1 - 2 1 O F B O R N E RAGED), W A T E R A N D A Q U E O U S SOLUTIONS: S I R U C T U R E , T H E R M O D Y N A M I C P R O P E R T I E S , A N D T R A N S P O R T P R O C E S S E S , WILEY, 1972, 837P. C A 76: 15845~ 10-0378 EXPERIMENTAL STUDY OF THE VISCOSITY OF WATER AT 100-275 D E G R E E S A N D H I G H PRESSURES. KERIMOVA/4 + AGAEV NA § ABSA-ZADEAA T E P L O E R E R G E T I K A 16411) : 8 7 - 9 0 (1969) C A 72: 0 2 5 0 9 2 10-0379 V I S C O S I T Y O B A L I Q U I D IN A S Y S T E M O F T H I N CAPILLARIES. K H O L O D N I T S K I I BA V E S T N L E N I N G R A D U N I V FIZ K H Z M 23(10}: 153-4 (1968) (IN RUSSIAN} CA 69: 6 8 8 6 ~ B 10-0380 VISCOSITY MEASUREMENTS OR WATER IN REGION OF ITS M A X I M U M DENSITY. K ~ N G E A M DJ § A D A M S W A + M C G U I R E M J J C H E M ENG D A T A 19(I|: I-3 (197~} CA 80:137438 10-0381 VOLUME VISCOSITY AND STRUCTURE OR HEAVy WATER USING ULTRASONICS, K O R S K § D E O R A N I SC P H Y S L E T T A 33(8): 4 8 9 - 9 0 (1970} C A 74: 080026 10-0382 STRUCTURAL ABSORPTION AND VOLUME VISCOSITY IN HERVY W A T E r . K O R S K § P R A S A D R § D E O R A N I SC A C U S T I C A 26(5) : 2 8 9 - 9 1 (1972} CA 77:118295

10-0383 PRESSURE DEPENDENCE OF ADIABATIC VOLUME VISCOSITY AND STRUCTURE OF WATER USING ULTRASONICS. KOR SK § RAI G § AWASTRI ON + SINGH BK J A P P L PHYS 43(8): 3580-1 (1972} CA 7 7 : 0 9 2 9 7 9 10-0384 U L T R A S O N I C S T U D Y OF V O L U M E V I S C O S I T Y A N D STRUCTURE OF BINARY MIXTURES OF WATER AND HEAVY WATER. KOR SK § SINGH BK § TANDON US I N D I A N J P U R E A P P L P H Y S 10(10): 742-3 (1972) CA 7 8 : 1 1 5 3 6 4 10-0385 PRESSURE DEPENDENT ULTRASONIC ABSORPTION AND V O L U M E V I S C O S I T Y I N H E A V Y WATER. KOR SK + SINGR CL + PANDEY SK Z P H Y S C R E M (FRANKFURT A M MAIN} 8345-6): 225-9 (1973) C A 78: 16%440

Section 10. Viscosity, Elasticity 10-0386 VISCOSITY OF WATER AT VARIOUS TEMPERATURES. KORSON L § DROST-HANSEN W § MILLERO FJ J P H Y S C H E M 73(I}: 3~-9 (1969} C A 70: 050804 10-0387 PHYSICAL PROPERTIES VISCOSITY OF WATER DEGREES. K U D I S H AI 9 W O L F D E J C H E M SOC, F A P ~ D A Y

649 10-0396 V I S C O S I T Y O F W A T E R AT 250-375 DEGREES AND AT P R E S S U R E S U P T O 1000 BARS. RIVKIN EL 9 LEVIN AYA 9 IZRAILEVSKII LB

VESTEE AEAD ~AVUK BELARUS SSRI SEE F I Z - E N E R G N A V U K NO 1; 32-7 (1972} (IN RUSSIAN) CA 78:088826

OF HEAVY WATER. ABSOLUTE (OXYGEN-18} B E T W E E N 15 A N D 35 9 STECKEL F TRANS 1 68(PT

11} : 2 0 4 1 - 6

(1972) CA 7 7 : 1 6 9 0 5 5

10-0397 E Q U A T I O N F O R THE C O E F F I C I E N T O F D Y N A M I C V I S C O S I T Y O F W A T E R I N T H E L I Q U I D PHASE. B / V E I N SL + L E V Z N A Y A § I Z R A I L E V E K I Z L B § PTITSyNA VN T E P L O E N E R G E T I K A 20(1} : 68-71 (1973} (~N RUSSIAN)

CA 78:

102150

10-0388 E F F E C T O F E L E C T R O L Y T E C O N C E N T R A T I O N ON F L U I D I T Y A N D S T R U C T U R E I N D E U T E R I U M OXIDE. MACDONELD JC E L E C T R O C H I M A C T A 17(11): 1 9 6 5 - 7 6 (1972) CA 77:169477 10-0389 RECONSIDERATION OF AN EXPERIMENT ON WATER UNDER N E G A T I V E PRESSURE. (BULK MODULUS} MACDONALD JR J C H E M P H Y B 57(9): 3 7 9 3 - 8 @ 2 (1972} CA 78:020307 10-0390 D Y N A M I C V I S C O S I T Y OF W A T E R A S A F U N C T I O N O F TEMPERATURE AND PRESSURE. MAMEDOV AM 9 AKHUNDOV TS + ISMAILOV DS T E P L O E N E R G E T I K A 20 (6} : 72-q (1973} GIN RUSSIAN} CA 79:108283 10-0391 I S O T O P E E F y E C T A N D T H E M O L E C U L A R M E C H A N I S M OF T H E S E C O N D V I S C O S I T Y . C O E F F I C I E N T OF HATER. MCLAUGELIN E J P H Y S C H E M 77(14} : 1801-2 (1973) C A 79: 0 7 0 3 9 0 DENSITY AMD VISCOSITY OF DEUTERIUM OXIDE S O L U T I O N S F R O M 5 - 7 0 DEGREES. M I L L E R O pJ + D E X T E R R + H O F F EV; J C H E M ENG D A T A 16(I): 85-7 (1971) C A 74: 0 6 7 9 9 4 10-0392 V I S C O S I T Y O F W A T E R A N D M E R C U R Y U N D E R S H O C K LOAD. MINEEV VN § ZAIDEL RM S O V P H Y S J H T P 27(6): 87q-8 (1968} C A 69: 6 9 8 6 3 A TEMPERATURE AND PRESSURE DEPENDENCE OF SELF DIFFUSION, VISCOSITY, AND NUCLEAR RELAXATION T I M E S I N L I Q U I D WATER. O * R E I L L Y DE § P E T E R B O N E M § S C H E I E CB; D E E M P B Y S L E T T 23(1): 6 9 - 7 2 (1973) CA 80: 06409~

10-0398 VISCOSITY OF WATER IN THE SUPERCRITICAL REGION O F S T A T E p A R A M E T E R S A T UP T O 500 B A R S A N D 500 DEGREES. R~VKIN SL * LEVIN AYA * IZRAILEVSEII LB § K R A R I T O N O V KG T E P L O E N E R G E T I K A 20(8) : 11-12 (1973} (IN RUSSIAN} CA 79:139805 I0-0399 VISCOSITE OF HEAVy WATER IN THE LIQUID PHASE AT UP TO 500 BARS. P / V E I N S L + L E V I N A ~ A * I Z R A I L E V S K I I LB T E P L O E N E R G E T I K A 19(4): 6 9 - 7 1 (1972] (IN RUSSIAN} C A 81: 16791S

10-0400 "FREE VOLUME" DEPENDENCE OF BELAXATION TIME AND V I S C O S I T Y IN W A T E R A N D H E A V Y WATER. RIZK HA Z PBYS C H E M (LEIPZIG} 246(5-6): 396-o,02 (1971) CA 75:053376

10-0q01 V I S C O S I T Y O F S O L U T I O N S O F S O M E E L E C T R O L Y T E S IN H E A V y WATER. S E L E C K I A § T Y M I N S K I B + C H M I E L E W S K I AG J C H E M E N G D A T A 15(I): 127-30 (1970}

CA 72:

083208

10-0402 TEMPERATURE DEPENDENCE'OF THE VISCOSITY OF LIQUIDS. SOKOL GF P79-83 OF DUEL MEZBVUZ NAUCH-TEOR KONF ASFIR, R O S T O V - N A - D O N U G O S P E D A G O G INST, D O L M A T O V S K A Y A IA(ED}, R O S T O V - N A - D O N U G O B P E D A G O G IMBT, R O S T O V - O N - D O N , USER, 1970. (IN RUSSIAN} CA 7 8 : 0 6 2 3 5 1 10-0403 V I S C O S I T Y O F WATER. SOONAWALA MF I N D I A N J P U R E A P P L P H Y S 6(5}: C A 69: 6 1 6 8 2 V

225-8

(1968}

10-0393 S H E A R E L A S T I C I T Y OF B O U N D A R Y L A Y E R S O F W A T E R S T U D I E D BY A D Y N A M I C METHOD. P E R E V E R T A E V V D § A V R A M E N K O SI I Z V V Y S S H U C B E B ZAVED, F I Z 16(2): 112-14 (1973) (IN RUSSIAN} C A 78: 164498

P H Y S I C A L P R O P E R T I E S (~F O X Y G E N - | 7 ~ATE~o A B S O L U T E VISCOSITY AND DENSITY OF OXYGEN-17 WATER BETWEEN |5 A N D 35 D E G R E E S , K U D I S M AI + W O L F DE + S T E C K E L F J C H E M S O C F A R A D A Y T H A N E 1: 70(3} 4 8 4 - 9 (1974} C A 81: 6 3 8 2 V

10-0394 EXPERIMENTAL STUDY DE TEE ViSCOS~TY OF WATER AT 2 5 - 3 7 5 D E G R E E S A N D U P T O 500 BARS. R I V K I N S L § L E V I N A Y A § IZP,A I L E V S K I I LB T E P L O E N E R G E T I K A 17(11}: 79-81 (1970} (IN RUSSIAN) C A 74: 045811

VISCOSITY O~ WATER AT HIGH PRESSURES AND MODERATE TEMPERATURES. STANLEY EM + BATTEN RC J P S Y S C B E M 73(5): 1187-91 (1968} C A 71: 033667

10-0o,04

10-0395 V I S C O S I T Y O F H E A V y W A T E R AT 2 2 0 - 3 7 5 D E G R E E S A N D U P T O 500 B~-RS. RIVKIN SL § LEVIN AyA § IZRAILEVSKII LE + K H A R I T O N O V KG T E P L O E N E N G E T I K A 19(5}: 86-8 (1972} (IN RUSSIAN) C A 77: 052580

10-0~05 MICROVISCOSITY OF WATER IN AQUEOUS ELECTROLYTE SOLUTIONS. UEDAZRA S R U S S J P H Y S C H E M 45(10} : 1 4 ~ - 5 (1971~ CA 76:063532

650 10-0406

Bibliography on Physical and Chemical Properties of Water: 1969-1974 .

STR~CTURE OF VISCOSITY OF VOLSXCEY Z ACTA MONT NO C A 7~:

WATER ABDAJ~CO~OLS ~u THEIR SUSPENSIONS. 11:5-39 1~7112

{1970)

T~

(IN CZECH}

10-0407 CALCULATION OF TBE COEFFICIENT OF VISCOSITY OF WATER.

YASERICEEV VI 9 RINSKERGZ J S T R U C T C H E M 11{4|: 701-2 CA 73: 13~127

{1970}

Section 11. Acoustic and Shock Phenomena 11-0408 M E A S U R E M E N T O F P A R T I C L E V E L O C I T Y AT A S H O C K F R O N T I N W A T E R W I T H A L A S E R D O P P L E R METER. ANDERSON RE + EDL~ CE + VANZANT BW J A P P L P H Y S 4 2 ( ? ) : 2741-3 {1971) CA 75:056582

AB~O~TIGN OF ULTRASOUND I N LIQUIDS I N THE 2 0 ~ 3 0 0 0 M H Z PREQDERCy R A N G E . BERDu A A ,I. L A p K / N ~F4 * L E Z U N E V N B I Z V A K A D ~ U K T U R K M SSR. S E E F I Z - T E K B , K H I M G E O L N A U K 1969 |3} : 108-1D |IN RUSSIAN) CA 7 1 : 0 7 4 3 0 2 11-0~10 F E A S I B I L I T y OF I N D U C I ~ CAVITATION ~N HA/L~TONES AN~ SUPERCOOLED WATER BY LOW INTENSITY SHOCK WAVE. B H A D R A TC I N ~ I A N J P H Y S ~2(I0): 6 0 3 - 9 {1968) CA 7%: 0 2 4 9 3 0 11-0~ t l ACOHSTZC PROPERTIES. (O~ AQUXODS SOLUTIONS) BLANDAMER MJ P ~ 9 5 - 5 2 8 O F F R A N K S F { E D ) , WATER, A COMPP~EHENSZgZ T R E A T I S E , V O L 2, FL~NUM, NY, 1972. 11-0412 C05~4ON F E A T U R E S I N T H E U L T R A S O N I C ~ L A X A T I O N S AQUEOUS MZXTURES, B L A N D A M E R M J + H I D D E N EJ + S Y S O N S M C R T R E L O A R NC C.HEM C O M M O N 1 9 6 8 : 1 3 2 5 - 6 C A 70: 023080

OF

11-0~13 M O L E C U L A R M O T I O N A N D U L t r A S O N I C A B S O R P T I O N IN A Q D E O U S SOLUTIONS. B R E I T S C H W E R D T KG C E E M P H Y S L E T T 6(6): 587-90 (1970| C A 7q: 006681 11-Q414 S H O C K p O L A R I Z A T I O N O F WATER. BREUSOV ON * DREMIN AN + KOCHNEV VN N A B A T O V SS + Y A E U S B E V W SOV P H M S J E T P 3~(3): 591-3 (197]) CA 75: I~4987 11-0415 " V ~ B R ~ T I O N A L {SROCR) EE/2%XATION ~4 C ~ R B O N D I O X I D E W I T E S E L E C T E D C O L L I S I O N PA/~TNERZ, PART-I: W A T E R A N D H E A V Y WATER. B U C R W A L D MI § B A U E R S E J P H Y S C H E M 76(22}: 3 1 0 8 - 1 5 (1972} C A 77: 158568 11-0416 F R E C Z S E MEASI]REME~T O F T H E S C A T T E R O F T H E VELOCITY OF ~LTRASOUHD IN LIQUIDS. B U R U N D U E O V KM + L O B A N O V A M S O V P H Y S A C O U S T 16(2| : 2 5 9 - 6 0 (1970) C A 73: 0 7 0 0 9 5

Section 11. Acoustic and Shock Phenomena 11-0/417 P R E S S U R E ON T H E F R O N T O F A S H O C K W A V ~ N E A R T H E POINT OF EXPLOSIVE DISPERSION OF A WATER DROPLET S U B J E C T E D T O A L A S E R PULSE. BUZUKUV AA + TEELENKC VS J A P P L M E C H T E C H P H Y S 11(3): 4 6 9 - 7 0 (1970) CA 73:102178

11-0418 SERA/hATION O F T E E E F F E C T S O F U L T R A S O U N D D U R I N G MEASUREMENT OF THE CONDUCTIVITY OF SOME DIELECTRICS. CONSTANTIN S + AUSLANDER D + DABALA I § SEREAN C S T U D U N I V B A B E S - B O L Y A I , H E R M A T N - P H Y S 13 (2): 101-5 (1968) CA 71:016809 11-0419 L I Q U I D WATER. ACOUSTIC PROPERTIES. ABSORPTION AND RELAXATION. DAVIS CM § JARZYNSKI J P4/43-61 OF F R A N K S F(ED) 9 WATER, A COMPREEF~NSIVE T R E A T I S E , V O L 1, PLENUM, NY, 1972. C A 77: 168720 11-0~20 S E A R C H FOR A N O M A L I E S IN T H E T E R P E R A T U R E D E P E N D E N C E O F T H E S P E E D O F S O U N D I E P U R E WATER. D E L G R O S S O V A § M~tDER C W J A C O U S T S O C A M E R 5342): 561-3 (1973) CA 78: 115313

11-0421 S P E E D OF S O U N D I N P U R E WATER. DEL GROSSO VA + MADER CW J A C O U S T S O C A M E R 52 (5) (PT 2) : 1/442-6 C A 78: 03/4188

41972)

11-0q22 E F F E C T O F U L T R A S O U N D ON M O D I F I E D WATER. D E R Y A G I N B V § Z A K H A V A E V A NN + C H U R A E V NV S H U S R P A N O V PI N A U C H T R M U S K I N S T N A R KEOZ NO 9 6 : 1 8 2 - 9 0 GIN RUSSIAN} CA 77:093110

41970}

11-0423 TEMPERATURE COEFFICIENT OF HYpERsoNIc SOUND AND R E L A X A T I O N R~/h~METERS F O R S O M E L I Q U I D S . E A S T M A N DP + H O L L I N G E R A 9 K E N E M U T H J R + E A N K DH J C H E M P H Y S 50(4): 1567-81 (1969) C A 70: 0 8 1 1 3 ~ 11-04'2/4 TEMPERATURE COEFFICIENT OF THE SPEED DE SOUND IN WATER. GLINSKI I AA I Z V V Y S S H U C H E B ZAVED, F I Z I/4(~): 152-4 41971) GIN RUSSIAN) C A 75: 080507 11-0lt25 EFFECT OF A MAGNETIC FLELD ON THE PROPAGATION OF U L T R A S O U N D I N WATER. G O S K O V PI + S A L I E R O V V A § S A M A ~ N SM IZV Vu U C E E B ZAVED, F I Z 1~(12) : 4 8 - 5 2 (1971} GIN RUSSIAN) CA 76:10/4085 11-0426 SONOLYSIS OF WATER AND AQUEOUS SOLUTIONS. PART-3: TEMPERATUP.E EFFECTS. HAISSINSKu M § KLEIN H J CHIM PEYS PEYSICOCHIM BIOL 65(2): 326-35 (1968) (IN FRENCH) C A 69: 1 1 0 0 6 8 K 11-0427 ULTRASONIC ABSORPTION AND SOUND SPEED DATA FOR NINE LIQUIDS AT NIGH PRESSURES. HAWLEY SA § ALLEGRA J 9 HOLTON G J A C O U S T S O C A M E R ~7(I): 137-/43 41970) CA 72:083219

651 11-0428 M E C H A N I S M F O R S H O C K I N D U C E D ELECTRICA~L P O L A R I Z A T I O N IN WATER. HORIE Y B R I T J A P P L PHYS, S E R 2, I(9}: 1183-90 C A 70: 0 2 3 9 5 3

41968)

11-0429 C A V L T A T I O N T H R E S H O L D I N W A T E R F R O M 0 T O 20 DEGREES. IERNETTI G A C U S T i C A 26(2}: 112-14 (1972) CA 77:066/439 11-0430 S H O C K W A V E ~ U R I N G L A S E R A C T I O N O N WATER. I O F F E A I + M E L N I K O V N A + N A U G O L N y K H KA § UPADu VA J A P P L M E C E T E C H P H Y S 1113): 4 7 1 - 3 41970) C A 73: 102180 11-0431 ANALYSIS OF ULTRASONLC ABSORPTION MEASUREMENTS IN LIQUIDS AT HIGH PRESSURES. JOHNSON WH + HOLTON G H A R V A R D UNIV, 1967, 56P. A D 6 6 1 8 3 2 C A 69: 2 2 2 1 7 C 11-0432 (ACOUSTIC) R E L A X A T I O N P R O P E R T I E S O F B O U N D WATER. KOBUSHKIN PK § YUDIN YUN B I O F I Z I K A 15(3): 536-9 (1970) C A 73: 071488 11-0~33 ULTRASONIC RELAXATION DUE TO HYDROGEN BOND DISSOCIATION. KOHLER F R/492-505 O F INT S y M P O N S T R U C T U R E O F W A T E R A N D AQUEOUS SOLUTIONS, LUCK WAF(ED), VERLAG CHEMIE, 1974.

11-0434 EFFECT OF U L T R A S O U N D O N T H E F L O T A T I O N p R O p E R T I E S O F W A T E R A T E L E V A T E D S T A T I C PRESSURES. KOLCHEMANOVA AE + GLEMBOTSKIZ VA + AGRANANT ER + M A L Y U K OF § M A K H M U T O V Z H M SB M U S K I N S T S T A L I S P L A V O V NO 6 7 : 3 6 - 7 41972} GIN RUSSIAN) CA 79: 0 0 7 2 8 4 11-0435 U L T R A S O N I C A B S O R P T I O N IN H E A V Y W A T E R I N T H E P R E S E N C E O F U N I V A L E N T IONS. KOR SK + AWASTHI ON + RAI G I N D I A N J P O R E A P F L F H M S 9 4 5 ) : 3 1 2 - 1 3 41971) CA 75:067738 11-0436 EFFECT O~ ALKALI HALIDES ON THE UDTRAEONIC A B S O R P T I O N I N H E A V Y W A T E R A N D WKTER. K O R S K + A ~ A S T H I O N + H A l G + DEOP.ANI S C N U O V O C I M E N T O S O C I T A L F I S B 8 42): 3 5 8 - 6 6 (1972) CA 76: 145138

11-0~37 COP.RELATiON B E T W E E N A C O U S T I C ~ DIELECTRIC R E L A X A T I O N T I M E S IN LIQUIDS, K O R S K 9 D E D ~ A N I SC P H y S R E V L E T T 2745): 2 ~ 2 - 4 41971) CA 7 5 : 1 2 1 6 6 1 11-0u,38 O R I G I N O F U L T R A S O N I C A B S O R P T I O N I N H E A V Y WATER. KOR SK § RAI G + AWASTHI ON PHu REV 186(I): 105-7 (1969) C A 72: 0 1 5 9 5 4 11-0439 ULTRASONIC STUDY OF BINARY MIXTURES OF WATER AND H E A V y WATER, E O R S K + S I N G H B K + D E O R A N I SC N U O V O C I M E N T O SOC I T A L F I E B 8(2): 3 6 7 - 7 2 41972) C A 76: 145129

652

Bibliography on Physical and Chemical Properties of W a t e r : 1969-1974

ULTRASONIC STUDY OF VOLUME VISCOSITY AND STRUCTURE OF BINARy MIXTURES OF WATER AND HEAVY WATER. K O R SK 9 S I N G H BK § T A N D O N US; I N D I A N J P U R E A P P L P H Y S 1 0 ( 1 0 ) : 742-3 {1972) CA 78:115364

11-0450 A B S O R g T I O N O F S O U N D N E A R C R I T I C A L STATES. PINGS CJ § GUTSCKICK VP C N E M E N G PROGR, S Y M ~ S E N 67(109): 13-17 (1971) CA 7 5 : 0 7 8 6 3 2

PRESSURE DEPENDENT ULTRASONIC ABSORPTION AND V O L U M E V I S C O S I T Y IN H E A V Y WATER. K O R SK + S I N G H C L + P A N D E M SK; Z P H Y S C N E M ( F R A N K F U R T A M MAIN| 83(5-6): 225-9 (1973) CA 78:164440

11-0451 C O M P R E S S I O N O F W A T E R BY S T R O ~ G S H O C K WAVES. P O D U R E T S M A § S I M A K O V G V + T R U N I N PF + P O P O V L V § M O I S E E V BN S O V P H Y S J E T P 35 42) : 3 7 5 - 6 (1972) CA 77:024934

11-0440 P H A S E T R A N S F O R M A T I O N OF W A T E R I N T O T N B I C E - V i i P H A S E BY S H O C K C O M P R E S S I O N . K O R M E R SB § Y U S H K O K B + K R I S H K E V I C H G V S O Y P H Y S J E T P 2746}: 879-81 41968) C A 69: 1 0 0 2 3 4 X

15-0452 TBARSHOLD OF ULTRASONIC DEGASIEICATION. P O T A P E N K O A E § C H I S T Y A K O V ES AKUST UL'TRAZVUKOVAYA TEKB 5:28-33 (1970) RUSSIAN) C A 73: 123784

11-0441 U L T R A S O U N D V E L O C I T Y iN D I S T I L L E D WATER. KUBILIUNIENE 0 § ILGDNAS V P100-6 OF VOP METOD UL'TRAZVUKOVOI I N T E R F E R O M E T R I I , T R V S E S KONF, 2ND, 1967. RUSSIAN) CA 70:061295

11-0453 S T R U C T U R A L A B S O R P T I O N O F U L T R A S O N I C W A V E S IN A S S O C I A T E D LIQUIDS. RAI G § S i N G H BK § A W A S T H I O N P H Y S R E V A 542): 918-23 (1972) CA 76:090378

(IN

11-0~42 T H E R M O D Y N A M I C C O M P U T E R C O M P U T A T I O N OF S O U N D V E L O C I T Y IN S U P E R C R I T I C A L WATER. L E P E N D I N LF § K A L Y A N O V BI TR TAG~ROG RADIOTEKH INST NO 21:~6-55 41969) {IN RUSSIAN) C A 75: 112977 11-0443 U L T R A S O N I C C A V I T A T I O N IN D I S T I L L E D WATER. LO C L V I R G I N I A P O L Y T E C H I N S T P H D THESIS, 1970, 349P. C A 74: 116165 11-0444 EVALUATION OF THE ENERGY YIELD OF CBEMICAL R E A C T I O N S I N I T I A T E D BY U L T R A S O U N D WAVES. PART-2: I N I T I A L C H E M I C A L A C O U S T I C A L Y I E L D S OF P R O D U C T S F R O M T H E U L T R A S O U N D D E C O M P O S I T I O N OF WATER. M~GULIS MA + MALTSEV AN R U S S J PHYS C H E M ~2(6): 754-7 (1968) C A 69: 9 9 6 7 7 K 11-0445 M A S S S P E C T R O H E T R ~ C S T U D Y OF S H O C K H E A T E D C A R B O N D I O X I D E A N D WATER. MYERS P 9 MADELEy JD * LIBPIATT JH D E N M A S S S P E C T R U M 3: 2 2 3 - 3 5 (1972) C A 79: 130492

11-0446 EXCESS ULTRASONIC ABsoRPTION IN WATER- DEUTERIUM OXIDE MIXTURE. NARAYANA KL § SWAMY KM P H Y S L E T T A 46(7): 4 4 5 - 6 (1974) CA 80:113002 11-0447 A C O U S T I C C A V I T A T I O N IN H E L I U M , N I T R O G E N , A N D W A T E R A T 10 KHZ. NEPPIRAS EA § FINCH RD J A C O H S T S O C A M E N 5 2 ( 1 ) ( P T 2): 3 3 5 - 4 3 41972) CA 77:105743

11-0448 SOUND VELOCITY IN AQUEOUS NONELECTROLYTE SOLUTIONS IN RELATION TO WATER STRUCTURE. NOMOTO 0 § ENDO N BULL CHEM SOCJAp 43(9): 2 7 1 8 - 2 3 {1970) CA 73:113221 11-0449 W A T E R S T R U C T U R E M O D E L O F N A R T E N E T AL, A N D T H E PRESSURE E F F E C T O N S O U N D A B S O R P T I O N I N WATER. NOMOTO O * ENDO M B O L L C H E M S O C J A P 44{6} : |519-22 (1971) CA 75:053386

(IN

51-0454 M O L E C U L A R S O U N D V E L O C I T Y A N D C O M P R E S S I B I L I T Y IN L I Q U I D S A N D MIXTURES. RAJAGOPALAN S J F H E S SOC J A B 2546): 1744 (1968) C A 70: 061293 CEL~BACTERISTiCS O F T E E A C O U S T I C A L P U L S E S N M I T T E D BY B O I L I N G B U B B L E S IN WATER. S A X E R F § C O T H R E N RK; J A C O U S T S O C A M E N 48 (5) {PT 2) : 1257-65 (1970) CA 74:034925 SHOCK COMPRESSION FREEZING AND MELTING OF WATER A N D ICE. S C H R O E D E R R C + M C M A S T E R WH: J A P P L R H Y S 44 (6} : 2591-4 41973) CA 79:035328 11-0455 S E A R C H F O R A N O M A L I E ~ IN T H E T E M P E R A T U R E D E P E N D E N C E O F U L T R A S O N I C V E L O C I T Y IN WATER. SENGHA~HAN N § ZIMMERMAN GO § CHASE CE J C H E M PHYS 5146} : 2 5 4 3 - 5 41969) CA 7 1 : 1 0 5 5 3 1 11-0456 PHASE VELCCITY AND WATER OF DIFFERENT SHA/~AM-BRONSTEIN J J CHEZ4 P B E S 52(6): CA 72:104084

ATTENUATION OF NYPERSOUND IN ISOTOPIC CONSTITUTION. § SAEID D + LOW W 3201-3 (1970)

11-0457 EFFECT OF ULTRASOUND ON WATER IN TH~N QUARTZ CAPILLARIES. SHUSHPANOV Fl § ZAKHAVAEVA NN § MIKHAILDV GD + KONOV~JuOV A~ P R I M E N D L ~ T R A A K U S T I S S L E D V E S B C N E S T V A N O 25: 335-9 (1971) (IN R U S S I A N } CA 78:047902 11-0458 E F F E C T OF E L E C T R O L Y T E S ON T H E T E M P E R A T U R E C O R R E S P O N D I N G T O S O H N D V E L O C I T Y M A X I M U M IN WATER. SGBB~u SV + RAGHAVAN CV A C U S T I C A 28(4): 2 1 5 - 2 2 (1973} C A 79: 035249 11-0459 E F F E C T OF L I T H I U M H Y D R O X I D E ON T H E S O U N D V E L O C I T Y M A X I M U M IN WATER. S U B R A H M A N y A N S V + S I V A K U M A R KV I N D I A N d P U R E A P P L P B E S 11{2): 96-8 41973) CA 79:129427

Section 12. Electric and Dielectric Properties

653

11-0460 EXCESS ULTRASONIC ABSORPTION IN WATER AND PRIMARY ALCOHOLS. SWAMY KM + LAKSHMINA~AYANA E § MURTY JS 9 S W A M Y PS A C U S T I C A 2 7 ( I ) : 2 3 - 7 (1972} C A 78: 0 2 0 5 1 7

Section 12. Electric and Dielectric Properties

11-0461 EXCESS ULTRASONIC ABSORPTION IN HEAVY WATER. SWAMY KM § LAKSBMINABAYANA K § MURTY JS 9 S W A M Y PS P H Y S L E T T A 4 2 ( 2 ) : 1 6 7 - 8 (1972) CA 78:048037

11-0462 E X A M P L E O F A N I S O T H E R M A L S H O C K WAVE. T H O M S E N JS P H Y S F L U I D S 11(6): 1 3 3 8 - q 2 (1968) C A 69: 3 0 1 9 6 K

(IN NATER)

E V A L U A T I O N O F P R O P E R T I E S OF D E N S E W A T E R A N D HEAVY WATER. (DENSITY, COMPRESSIBILITY, SOUND VELOCITY) T S V E T K O V V G + R A B I N O V I C H IB~ R U S S J P E Y S C H E M 4 6 ( 1 1 ) : 1692 (1972) (IN R ~ S S I A N ) C A 78: 1 0 2 2 7 5 11-0463 BEHAVIOR OF CAVITATION NUCLEI. VOLKODAV YUK § KORTNEV AA § MEKAROV AKUST UL'TRAZVUKOVAYA TEKH NO 8:3-7 RUSSIAN) C A 80: 1 2 4 8 7 2

VK (1973)

(IN

11-0464 ACOUSTIC EFFECTS DURING THE CRYSTALLIZATION OF WATER. ZADUMKIN SN 9 KHOKONOV KHB TR VYSOKOGORN GEOFIZ INST NO 17:255-9 (1970) (IN R U S S I A N ) C A 76: 1 3 2 4 5 0 11-0465 EFFECT OF ULTRASOUND ON WATER IN THIN CAPILLARIES. Z A K H A V A E V A N N § S H U S E P A N O V PI 9 M I K H A I L O V G D * KONOVALOV AI NAUCH TR MOSK INST ~ K H O Z N O 96: 100-7 (1970) (IN R U S S I A N ) C A 76: 1 4 5 1 4 0 11-0466 FORMATION OF ELECTRON EXCITED STATES IN WATER UNDER THE EFFECT OF LOW THERAPEUTIC (PSEUDOCAVITATIONAL) INTENSITIES DE ULTRASOUND, Z B U R A V L E V AI + T S V Y L E V O P B I O F I Z I K A 13(6): 1 0 1 8 - 2 4 (1968) CA 70:081133 11-0467 MECH/~NISM O F T E E C H E M I C A L E F F E C T O F U L T R A S O U N D ON WATER. ZILBERG GA § ILKIND AN M O S K I N S T T O N K O I K H I M T E K H N O L (PUB 1 9 7 2 ) , P 4 5 2 - 3 (1970) (IN R U S S I A N ) C A 81: q 2 0 3 0 N

12-0468 DEVELOPMENT OF AN ELECTRICAL DISCHARGE ALKHLMOV AP § VOROBEV W 9 KLIMKIN VF § P O N O M A R E N K O AG + S O L O U K H I N RI S O V P H Y S D O K L 15(10) : 9 5 9 - 6 1 (1970) CA 74:080910 12-0469 FIELD IONIZATION OF WATER. ANWAY AR J CHEM PEYS 50(5): 2012-21 CA 70:091686

IN WATER.

(1969)

12-0470 CALCULATION OF DIPOLE HYPERPOLARIZABILITIES OF WATER, AMMONIA, METHANE, AND FLUORO METHANE. ARREGEINI GP + MAESTRO M + MOCCIA R SyMP FARADAY SOC 1968(2): 48-53 C A 71: 0 4 2 5 1 3

12-0471 MONTE-CARLO STUDIES OF THE DIELECTRIC OF WATER-LIKE MODELS. BARKER JA + WATTS RO M O L P B Y S 2 6 ( 3 ) : 7 8 9 - 9 2 (1973} CA 79:130360

PROPERTIES

12-0472 LASER INDUCED BREAKDOWN PHENOMENA IN LIQUID WATER. BARNES P S I M O N F R A S E R UNIV, V A N C O U V E R BC, P E D T H E S I S , 1970. C A 75: 0 6 9 4 3 2 12-0473 APPARATUS FOR MEASURING THE DIELECTRIC CONSTANTS OF WATER AND ELECTROLYTE SOLUTIONS IN CENTIMETER AND MILLIMETER WAVE RANGES. BENZAR VK R U S S J P B Y S C H E M 4 6 ( I ) : 1 5 8 - 6 0 (1972) CA 76:105120 12-0474 SPECIFIC CONDUCTIVITY AND IONIC PRODUCT B E T W E E N 50 A N D 271 D E G R E E S . BIGNOLD GJ + BREWER AD + BEARN B T R A N S F A R A D A Y S O C 6 7 ( 8 } : 2 4 1 9 - 3 0 (1971} C A 75: 1 0 1 8 6 9 12-0475 CHARGE TRANSEER KINETICS AND COULOMETRIC EFFICIENCIES. pART-I: BASIC EQUATIONS. BISHOP E C R E M A N A L (WARSAW) 17(3): 5 1 1 - 5 5 (1972) C A 78: 0 2 3 1 6 5

OF WATER

CURRENT

12-0476 ELECTRIC POLARIZATION EFFECTS IN PURE AND DOPED ICE AT LOW TEMPERATURES. BISHOP PB + GLEN JW P q 9 2 - 5 0 1 O F I N T S y M P O N P H Y S I C S O F ICE, 1968, RIEEL N 9 EULLEMER B § ENGELHARDT H(EDS)# P L E N U M , 1969. 12-0477 TWO LIMITING VALUES FOR THE ELECTRICAL CONDUCTANCE DE WATER AND AQUEOUS ELECTROLYTE SOLUTIONS, AND TRANSITIONS BETWEEN THEM. BLyUMF~NFELD L A + L O L G D F E L D M G J S T R U C T C H E M 9(3): 3 1 6 - 2 0 (1968) C A 69: 7 0 7 0 0 B

654

Bibliography on Physical and Chemical Properties of Water: 1969-1974

12-0478 MEASOREMENT OF THE RELATIVE COMPLEX PERMITTIVITY IN CENTi~ER W A V E S O F S T R O N G L y P O L A R LIQUIDS. A P P L I C A T I O N T O W A T E R A N D D I M E T H Y L SULFCXIDE. BOURGOIN D *VOLF E * JOLY M J P E Y S D 5(3}: 5 8 9 - 6 0 0 (1972} (IN FRENCH} CA 76:132902

12-0489 R E A C T I O N S O E WATER(+} AND HEAVY WATER(§ WITH M O L E C U L A R H Y D R O G E N . pART-1. P R O T O N A F F I N I T Y OF HYDROGEN, C O T T E R R J + R O Z E T T R W + K O S K I WS J C H E M P R Y S 57(10): 4 1 0 0 - 3 (1972) CA 78:007898

12-0479 PRESSURE DEPENDENCE OF THE DIELECTRIC CONSTANT O F A P O L A R LIQUID. B R U K - L E V I N S O N ET + B O K U N GS VESTSI AKAD MAVUK BELARUS SSR# S E E K H I M N A V U K 1970(4}: 103-4 CA 73:135004

12-0490 R E A C T I O N OF DEUTERIUM. COTTER RJ + J CEEM PEYS C A 79:

O X O N I U M - DEUTERIUM(3) W i T H P R O T O N A F F I N I T Y O F WATER. KOSKI WS 59(2): 7 8 4 - 7 (1973) 083721

12-0480 S T A T I S T I C A L C A L C U L A T I O N OF T H E D I E L E C T R I C C O N S T A N T OF A p O L A R LIQUID. B R U K - L E V I N S O N ET + N E N T S O V V B + R O T T L A R U S S J PEYS C H E M 45(I}: 7-9 (1971) CA 74:092423

12-0491 MICROSTRUCTUEE OF CONDENSED WATER FILMS WHEN E X P O S E D T O E L E C T R I C F I E L D S A N D B/tEA~DOWN IN VACUUM. C R O S S J D + CHATTERTO}~ P A J P H Y S D 5(11): 2 0 6 4 - 7 (1972) CA 78:009158

12-0481 DIELECTRIC PROPERTIES OF WATER iN THE LiQUID-ICE P H A S E T R A N S I T I O N REGION. B Y C H K O V VZ + F E D U L O V SA + M I K H A / L O V NV ZH FIZ K H I M 48(2): 4 4 7 - 8 (1974) (IN RUSSIAN} CA 80:125874

12-0492 POLARIZATION AND DIPOLE MOMENT OF LATTICE WATER IN HYDHOGF/q B O N D E D C R Y S T A L S . C R O W E R W + S A N T R Y DR C H E M P H Y S L E T T 22(I): 5 2 - 5 (1973) C A 80: 031534

12-0482 IMPROVED CALCULATIONS OF IONIZATION POTENTIALS O F C L O S E D S H E L L MOLECULES. CEDERBAUM LS + HOHLNEICHER G *VON NIESSEN W M O L P N Y S 26(6): 1405-24 (1973) C A 80: 102095

12-0493 D E P O L A R I Z A T I O N R A T I O S T U D I E S O N L I Q U I D WATER. CUNNINGHAM KM * LYONS PA J CH~ PHYS 59(4} : 2 1 3 2 - 9 (1973) C A 79: 130985

12-0483 D I E L E C T R I C R E L A X A T I O N A N D S T R U C T U R E O F WATER, ALCOHOLS, AND AQUEOUS SOLUTIONS. C H E K A L I N N V § S H A K H P A R O N O V MI FIZ FIZ-KHIM ZHIDK NO 1:151-75 (1972} (IN RUSSIAN) CA 78: 0 0 7 9 7 6

12-0494 PRESSURE AND TEMPERATURE DEPENDENCE OF THE E L E C T R I C A L P E R M I T T I V I T I E S O F FOPd4AM~DE A N D WATER. DONN LA + STOKES RE T R A N S F A R A D A Y S O C 65(11) : 2 9 0 6 - 1 2 (1969) C A 72: 007030

12-0484 M E C H A N I S M O F D I E L E C T R I C R E L A X A T I O N IN ~i%TER. C B E K A L I N NV + S H A K H P A R O N O V M I J S T R U C T C H E M 9(5): 789-90 (1968) C A 70: 0 2 3 9 9 9

12-0495 E L E C T R I C D I P O L E M O M E N T S O F L O W J S T A T E S OF W A T E R A N D HEAVy WATER. D Y K E T R * M U E N T E R JS J C R E M PHYS 59(6): 3 1 2 5 - 7 (1973) C A 80: 008801

12-0~85 DIPOLE MOMENT OF WATER FROM STARK MEASUREMENTS O F W A T E R e H D O H E A V Y WATER. C L O U G R S A + B E E R S Y § K L E I N G P + R O T H M A N LS J C H E M P H Y S 59(5): 2 2 5 4 - 9 (1973) CA 79:149671

12-0496 MOLECULAR BEAN ELECTRIC DEFLECTION STUDIES OF WATER POLYMERS. D Y K E T R + M U E N T E R JS J C H E M PEYS 57(11): 5 0 1 1 - 1 2 (1972) CA 78:035384

12-0~86 INTEREACIA~L E L E C T R I C A L E F F E C T S O B S E R V E D D U R I N G T H E F R E E Z I N G O F D I L U T E E L E C T R O L Y T E S IN WATER. COBB AW + GROSS GW J E L E C T R O C H E M S O C 116(6}: 7 9 6 - 8 0 4 (1969} C A 71: 0 2 5 2 2 0

12-0497 D E P O L A R I Z A T I O N O F N E G A T I V E M U O N S IN W A T E R A N D A Q U E O U S SOLUTIONS. DZHURANV AA + EVSEEV VS + OBDKHOV YOV + ROGANOV VS ZH E K S P T H O R FIZ 62(6): 2 2 1 0 - 2 0 (1972} (IN RUSSIAN) CA 77:130687

12-0487 D I E L E C T R I C P R O P E R T I E S O F ICE-I. COLE RH ~ NORZ O P 5 4 6 - 5 ~ O F INT S Y M P O N P H Y S I C S O F ICE, 1968, RIEEL N + BULLEMER B § ENGELHARDT H(EDS), PLENUM, 1969. 12-0488 PROTON AFFINITIES OF HYDROGEN AND WATER FROM E N D O T H E R M / C I O N M O L E C U L E R E A C T I O N S OP W A T E R A N D D E U T E R I U M O X I D E W I T H M O L E C U L A R HYDROGEN. CO~TER RJ J O H N S H O P K I N S U N I V P B D THESIS, 1972, 161P. CA 79:046052

12-0498 NEGATIVE MUON DEPOLARIZATION IN WATER AND A Q U E O U S S O L U T I O N S O F H Y D R O G E N P E R O X I D E IN L O N G I T U D I N A L A N D T R A N S V E R S E M A G N E T I C FIELDS. DZEUP.AEV A R + E V S E E V V S + O B U K H O V yUV + ROGANOV VS J O I N T I ~ S T N U C L RES, D U B A N A e USSR, 1971, 10P. J I N R - P I 4-6203 CA 77:133610 12-0499 D I E L E C T R I C B E H A V I O R O F W A T E R IN P O R O U S G L A S S E S . E B E R T G + M A T R O N W + M U E L L E R FH F O R T S C H R I T T S B E R K O L L O I D E P O L Y M 55: 74-80 (1971) (IN GERMAN} C A 75: 145079

Section 12. Electric and Dielectric Properties 12-0500 EFFECT OF A MAGNETIC FIELD ON TEE DIELECTRIC PROPERTIES OF WATER, ELZBUTAS G + SASNAUSHAS K LIET TSR AUKST MORYKLU MOKSLO DARE, CHEM CEEM TECHNOL 9:125-9 (1968) (IN R U S S I A N ) C A 72: 0 4 9 0 6 4 12-0501 SENSOR FOR MEASURING THE ELECTRICAL CONDUCTANCE OF LIQUIDS. ERBEN B § RBJHON J § ZIEGELHEIM O C Z E C H P A T 1 3 1 6 5 4 , 15 ~ 1969, 5P. N O C O R P O R A T E AUTHOR C A 72: 1 1 5 9 9 2 12-0502 EFFECT OF TEMPERATURE ON NEGATIVE MOON RESIDUAL POLARIZATION IN WATER. E V S E E V V S + R O G A N O V VS * C H E R N O G O R O V A V A + MYASISHCaEVA GG § OBUKHOV YUV J O I N T I ~ S T N U C L I N V E S T , 1968, 5P. J I N R - P I ~ - 3 8 3 2 (IN R U S S I A N ) C A 70: 043014 12-0503 MECHANISM OF PROTON TRANSFER IN WATER. FANG JKS N O R T H W E S T E R N U N I V P R D T H E S I S , 1 9 7 0 , 114P. CA 76:018662 12-050~ THEORETICAL CALCULATIONS OF THE PROTON BETWEEN WATER MOLECULES. FANG E V I L L A N O V A U N I V P H D T H E S I S , 1971, 170P. C A 78: 0 2 0 6 5 7 12-0505 CALCULATION OF THE PROTON TRANSFER MOLECULES. FANG Y + DE LAVEGA JR C~F~M P E y S L E T T 6 (2): 1 1 7 - 2 0 (1970) C A 73: 0 9 1 9 9 9 12-0506 IONIZATION OF WATER. FAVERGE R BULL UNION PHYSICIENS (IN F R E N C H ) C A 69: 8 3 2 3 6 E 12-0507 CALCULATION FEIOCK FD § J APPL PHYS C A 78:

62 (506):

TRANSFER

BETWEEN

1115-19

OF LASER INDUCED STRESSES GOODWIN LK 4 3 ( 1 2 ) : 5 0 6 1 - 4 (1972) 064961

WATER

(1968)

IN W A T E R .

655

12-0512ORDERING O F D I P O L E M O M E N T S O F W A T E R M O L E C U L E S AND FERROELECTRiC PH~E TRANSITION IN POTASSIUM FERROCYANIDE AND iSOMORPHOUS CRYSTALS. G A B U D A SP 9 ZEER E P § L U N D I N A G J P H Y S S O C JAP, S U P P L 28: 2 0 3 [1970) ; FERROELECTRiCS I (2) : 7 1 - 4 (1970) C A 73: 0 6 0 2 8 6 ; C A 7 6 : 0 9 1 5 9 9 12-0513 PROPERTIES OF SORBED WATER STUDIED BY A DIELECTRIC METHOD. GAMAyUNOV NI + LYCH AM + DAVIDOVSKII PN I N Z H - F I Z ZH 22 (5) : 7 9 5 - 8 0 0 (1972} (IN R U S S I A N ) CA 77:079779 12-0514 DIELECTRIC PROPERTIES OF WATER G A M A y U N O V NI + K O S H K I N V M B I O F I Z I K A 17 (5) : 9 0 8 - 1 0 (1972) C A 79: 0 9 8 1 4 4

SOP.BED O N S T A R C H . (IN R U S S I A N )

12-0515 COMPLEX DIELECTRIC CONSTANT. DIELECTRIC POLARIZATION OF POL~R LIQUIDS IN GENERAL AND WATER IN PARTICULAR. { R E V I E W , 18 REFS) GAZIMUDDIN M P R O C P A K I S T A N A C A D S C I I0(2}: 6 5 - 7 4 (1973} C A 81: 1 7 8 3 7 8 12-0516 CONDUCTION ANOMALIES AND PoLaRIZATION IN ICE AT LOW TEMPERATURES. GLOCKMANN HP P 5 0 2 - 1 3 O F I N T S y M P O N P H Y S I C S O F ICE, 1966, RIEHL N § BOLLEMER B + ENGELHARDT H(EDS}, P L E N U M , 1969. 12-0517 THERMODYNAMICS OF IONIZATION OF DEUTERIUM GOLDBERG RN + HEPLER LG J P a Y S C H E M 7 2 ( 1 3 ) : 4 6 5 4 - 9 (1968) C A 70: 0 3 2 1 3 8

OXIDE.

12-0518 IONIZATION OP WATER INDUCED BY VIBRATIONAL EXCITATION USING A NEODYMIUM- GLASS LASER. GOODALL DM § GREENHOW RC C H E M F H Y S L B T T 9 (6} : 5 8 3 - 6 (1971) CA 75:101404

12-0519 DIELECTRIC RELAXATION IN WATER IN THE NEIGHBORHOOD OF 4 DEGREES. GRANT EH + SHEPPARD RJ J CSE~4 P H Y S 6 0 ( 5 } : 1 7 9 2 - 6 (1974} C A 80: 1 3 8 1 1 9

12-0508 LASER INDUCED LIQUID BREAKDOWN. STEP-BY-STEP ACCOUNT. FELIX MP + ELLIS AT A P P L P B Y S L E T T 1 9 ( 1 1 ) : 4 8 4 - 6 (1971} C A 76: 0 6 6 1 2 9

12-0520 C O M P L E X P E R M I T T I V I T Y O F H E A V Y W A T E R A T 35 G a Z OVER THE TEMPERATURE RANGE ~ TO 62.5 DEGREES. GRANT EH + SHACK R T R A N S F A R A D A Y S O C 65(6} : 1 5 1 9 - 2 2 (1969) C A 71: 0 1 6 9 1 9

12-0509 ION PRODUCT FISHER JR + J PHYS CHEM C A 76:

12-0521 INFLUENCE OF TEMPERATURE ON CONDUCTIVITY OF I N S U L A T I N G L I Q U I D S trNDER D C A N D A C V O L T A G E S . GUI ZONNI ERR C H E M P R O C E S S E N G (BOMBAY} I (5} : 91-3 (1967) C A 72: 0 8 3 8 1 0

CONSTANT OF WATER TO BARNES BL 76(I): 9 0 - 9 (1972) 050825

350 D E G R E E S .

12-0510 TUNNELING IN THE PROTON TRANSFER BETWEEN WATER MOLECULES. FLA~iGAN MC § DE LAVEGA JR C H E M P B Y S L E T T 2 1 ( 3 ) : 5 2 1 - 4 (1973) C A 80: 0 0 7 0 7 3

TWO

12-0511 BEHAVIOR OF WATER AS A~ ELECTROLYTE AT ELEVATED PRESSURES. FOKEEV VM I Z V V Y S S B U C H E B Z A V E D # G E O L R A Z V E D 1 2 ( 1 2 ) : 102-7 (1969) CA 72:071150

12-0522 LABORATORY ENRICHMENT ELECTROLYSIS. pART-I: CELLS AND CALCULATION DENSITY. a ~ E 9 ALE AIM ISOTOPENPRAXIS 7 (10} : C A 76: 0 3 0 1 3 5

OF HEAVY WATER BY DESIGN OF ELECTROLYTIC OF THE MEAN CURRENT

427-30

(1971)

656

Bibliography on Physical and Chemical Properties of Water: 1969-1974

12-0523 ELECTRICAL CONDUCTIVITIES OF AQUEOUS SOLUTIONS OF POTASSIUM CHLORIDE, POTASSIUM HYDROXIDE AND H Y D R O C H L O R I C ACID, A N D T H E I O N I Z A T I O N OF W A T E R AT HIGH STOCK PRESSURES. H A M A N N SD § L I N T O ~ M T R A N S F A R A D A Y S O C 65 (8): 2 1 8 6 - 9 6 (1969) CA 71:085172 12-0524 ELECTRIC DIPOLE POLARIZABILITY OF WATER AND AMMONIA. HARRISON JF J C H E M PHYS 49(7}: 3 3 2 1 - 2 (1968) CA 70:006703 12-0525 L I Q U I D WATER. DIELECTRIC RROPEHTIES. HASTED JB P 2 5 5 - 3 0 9 OF F R A N K S F(ED), WATER, A C O M P R E N ~ N S I V E T R E A T I S E , V O L I, PLENUM, NY# 1972. CA 7 8 : 0 0 8 9 8 9 12-0526 D I E L E C T R I C P R O P E R T I E S . (OF A Q U E O U S SOLUTIONS) HASTED JB P 4 0 5 - % 8 OF F R A N K S F(ED), WATER, A C O M P R E H E N S I V E T R E A T I S E , V O L 2, PLENUM, NY, 1972. 12-0527 M O B I L I T I E S OF I N J E C T E D I O N S IN L I Q U I D WATER. HENSON BL M I S S O U R I W A T E R R E S O U R C E S HEN CENT, 1972, 2%P. PB213266/0 CA 78:116577 12-0528 M I C R O W A V E D I E L E C T R I C M E A S U R E M E N T S ON A N O M A L O U ~ WATER. HOEKSTRA P § SWINZOW GK + ACKLEy SF * DOYLE WT N A T U R E ( L O N D O ~ , P H Y S SCI 229(3}: 92-4 (1971) C A 75: 026667 12-0529 E F F E C T O F P R E S S U R E A N D T E M P E R A T U R E ON T H E C O N D U C T I V I T Y A N D I O N I C D I S S O C I A T I O N O F W A T E R UP T O 100 K I L O B A R S A N D 1000 DEGREES. HOLZAPFEL W J C H E M P H Y S 50(10): 4424-8 (1969} C A 71: 025618 12-0530 RELATIVE PROTON ~FFINITIES OF HYDROGEN SULFIDE A N D WATER. H O P K I N S J M § B O N E LI J C H E M P H Y S 58(q): 1473-8 (1973) C A 78: 116021 MECHANISM FOR SHOCK INDUCED ELECTRICAL P O L A R I Z A T I O N IN WATER. H O R I E ~ B R I T J A P P L PHYS, H E R 2, I(9): (I 968) CA 70:023953

1183-90

12-0531 S T U D I E S OF T R A N S I E N T C O N D U C T I V I T Y I N D U C E D IN IRRADIATED AQUEOUS SOLUTIONS USING A HiGH V O L T A G E PULSE. BUTTON AM I N T J R A D I A T P H Y S O R E M 4(4): 4 7 9 - 9 3 (1972) C A 77: 157160 12-0532 C H A N G E S IN D I E L E C T R I C P R O P E R T I E S O F W A T E R D U R I N G A D S O R P T I O N B Y SOLIDS. PA~T-I. PART-2. IDA M § ~ E Y 9 NISSIMURA T J P H Y S S O C J A R 24(5}: 117% (1968}; SCI B E E K A N A Z A W A U N I V 13(2): 91-9 (1968) CA 69: 7164~; 7 1 : 0 3 % 3 1 8 12-0533 SIGNIFICANCE OF THE EFFECT OF GALVANIC POLARIZATION ON CONTACT ANGLE. I N D I R A KS § D O S S K S G J I N S T CHEM, C A L C U T T A 42(6): 2 1 5 - 1 6 (1970} C A 7q: 0 9 3 7 9 4

12-0534 T H E R M O E L E C T R I C E F F E C T IN ICE. JACCA~D C P 3 4 8 - 8 2 O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, R I E H L N § B U L L E ~ E R B * E N G E L H A R D T H(EDS), PLENUM, 1969. 12-0535 DiELECTR/C CONSTANT OF WATER TO SIGH TEMPERATUP~EH A N D P R E S S U R E S F R O M T H E M E A N S P H E R I C A L M O D E L IN T H E W E R T H E I M SOLUTION. JANSOONE VM + FRANCK EH HER E U N S E N G E S F R Y S C H E M 76(9): 943-6 (1972) CA 77:145156 12-0536 C H A R G I N G OF W A T E R D R O P S F A L L I N G A N D C O L L I D I N G IN AN E L E C T R I C EIELD. J E N N I N G S SG + L A T H A M J P 8 ~ - 9 2 OF C G N F O N S T A T I C E L E C T R I C I T Y , 3RD, 1971, D A V I E S DK(ED), I N S T PHYS, LONDON, 1971. CA 7 7 : 1 5 7 5 3 8 12-0537 SECOND ORDER CROSS PHENOMENOLOGICAL COEFFICIENT ( E L E C T R O O S M O S I S O F WATER). JHA KM J I N D I A ~ C E E M S O C 46(4): 3 2 7 - 3 0 (1969) CA 71: 025012 12-0538 E L E C T R O S T A T I C P O T E N T I A L S A T T H E ICE- W A T E R INTERFACE. J I N D A L BK § T I L L E R W A S U R F A C E SOl 9(2): 137-44 (1968) C A 69: 2 2 2 8 4 X 12-0539 PRODUCTION OF HYDROGEN AND HYDROXIDE IONS BY E L E C T R O D I A L y S I S O F WATER. KATO M § SATO S G E E O F F E N P A T 19628%9, 3 S E E 1970, 25P. A S A H I CHEM IND CO LTD C A 73: 111441 12-0540 I O N I C T R A N S P O R T IN W A T E R A N D M I X E D A Q U E O U S SOLVENTS. KAY RL P 1 7 3 - 2 0 9 OF F R A N K S F(ED), WATER, A C O M P R E H E N S I V E T R E A T I S E , V O L 3, PLENUM, NY, 1972. CA 79:058188 12-0541 REINVESTIGATION OF THE DIELECTRIC CONSTANT OF WATER AND iTS TEMPERATURE COEFFICIENT. K A y R L + V I D U L i C H G A § P R I B A D I KS J P H Y S C H E M 73(2): 445-7 (1969) CA 70:082016 12-0542 D I E L E C T R I C C O N S T A N T O F A Q U E O U S S O L U T I O N S IN I S O A M Y L ALCOHOL. K A Z A N TZ § E R A S N O V K S i Z V V Y S S S H C N E B ZAVED, K H I M K H I M T E K H N O L 14(3} : 3 6 1 - 5 (1971) (IN RUSSIAN) C A 75: 0 2 8 0 9 3 12-0543 OPTICAL AND DIELECTRIC PROPERTIES OF WATER IN THE VACUUM ULTRAVIOLET. KERR GD § HAMM RN + WILLIAMS MW § BIRKHOFF RD § PAINTER LR P H Y S R E V A 5(6}: 2 5 2 3 - 7 (1972) C A 77: 0 2 6 7 0 5 12-0544 VARIATION OF THE RHSISTIVITY OF DEIONIZED WATER W I T H I N A T E M P E R A T U R E CYCLE. K E V A N I S h ~ I L I GS § K A K H A D Z E A E § G A N U N I Y A KE TR G R U Z P O L I T E E H I N S T NO 5 : 8 3 - 5 (1972) {IN RUSSIAN) C A 80: 112466

Section 12. Electric and Dielectric Properties CORRELATION BETWEEN ACOUSTIC AND DIELECTRIC RELAXATION TIMES IN LIQUIDS. K O R S K § D E O R A N I SC; P H Y S R E V L E T T 2 7 ( 5 ) : 2 ~ 2 - ~ (1971) CA 75:121661 12-0545 MEASUREMENT OF THE NUCLEAR MAGNETIC EQUILIBRIUM MAGNETIZATION IN LIQUIDS BY THE SPIN ECHO EXPERIMENT. KOSFELD R § SCHLEGEL J Z N A T U R F O R S C H A 2 5 ( 1 1 } : 1 7 ~ 3 - 6 (1970} (IN GERMAN) C A 74: 0 3 6 7 5 4 12-0546 PROPERTIES OF WATER SUBJECTED TO THE ACTION ELECTRICAL OR MAGNETIC FIELDS. LAZARENKO BR + HANTYSH LA E L E K T R O ~ O H R A B M A T E R ( 3 } : 4 6 - 8 (1970} (IN RUSSIAN) CA 75:009995

12-0558 DI~LECTP.IC B E H A V I O R O F W A T E R F I L M S O N S O L I D SUBSTRATES. PART-I: WATER ~ FILMS ON MAGNESIDM HYDROXIDE. PART-2: WATER FILMS ON DEFECT MAGNESIUM OXIDE. MARTENS R + NAEGERL H 9 FREUND F I N D C H I N B E L G E 38(5): 5 1 4 - 1 8 , 5 1 9 - 2 5 (1973) C A 79: 0 3 6 1 5 6 - 7

OF

12-05q9 IONIZATION OF WATER AT PRESSURES UP TO 8000 K G / C M 2 A N D A T 18, 25, 50, A N D 75 D E G R E E S . LINOV ED § KRYUKOV PA IZV SIB OTD AKAD NAUK SSSR, SER KHIM NAUK(4): 1 0 - 1 3 (1972) (IN R U S S I A N ) CA 78:063058 12-0550 HIGH FREQUENCY DIELECTRIC RESPONSE OF DIPOLAR LIQUIDS. LOBO R § ROBINSON JE + RODHIGUEZ S J C H E M P H Y S 5 9 ( 1 1 ) : 5 9 9 2 - 6 8 0 8 (1973} C A 80: 0 7 5 4 5 6 12-0551 PROTON AFFINITY OF WATER. L O N G J § F~JNSON B J CHEM PNYS 53(4): 1356-8 C A 73: 0 7 0 2 6 5

12-0559 MECHANISM OF THE HYDROGEN ELECTRODE REACTION BY MEANS OF DEUTERIUM TRACER. PART-I: REACTION ROUTE. PART-2: REACTION MECHANISM. MATSUSSIMA T § ENYO M E L E C T R O C H I M A C T A 19(3): 1 1 7 - 2 4 , 1 2 5 - 3 0 (1974) C A 81: 9 0 5 7 - 8 12-0560 P R E C I S E M E A S U R E M E N T S O F W, T H E A V E R A G E E N E R G y REQUIRED FOR ION PAIR FORMATION. PART-2: ALCOHOLS AND WATER. MEISELS GG + ETHRIDGE DR J P H Y S C H E M 7 6 ( 2 5 } : 3 8 4 2 - 6 (1972) C A 78: 0 2 2 4 5 3 12-0561 CROSS SECTIONS AND INTERPRETATION OF DISSOCIATIVE ATTACHMENT REACTIONS PRODUCING HYDROXYL, OXYGEN(-), AND HYDRIDE IONS IN WATER. MELTON CE J C H E M P H Y S 5 7 ( 1 0 ) : 4 2 1 8 - 2 5 (1972) C A 78: 0 0 7 9 0 2 12-0562 DIELECTRIC CCNSTANT OF AQUEOUS FILMS. M E T S I K MS + P E R E V E R T A E V V D § L Y U B A V I N A K P 2 0 0 - 1 OF P O V E R K H S I L Y T O N K I K H P L E N K A K H D I S P E R S N Y K H SIST, SB D O K D K O M P B O V E R K H S I L A M # ~TH, 1969, D E R Y A G I N B V (ED), N A U K A , M O S C O W # 1972. (IN R U S S I A N ) C A 77: 1 7 0 1 1 6

(1970)

12-0552 ELECTRON OPTICAL STUDY OF THE KINETICS OF NANOSECOND BREAKDOWN OF WATER. LOPATIN W 9 USHAKOV VYA T E K H V Y S N A P R Y A Z H 1973: 2 8 - 3 0 (IN E U S S I A ~ ) CA 80:101296 12-0553 GLASS ELECTRODE M~ASUREMENTS IN DEUTERIUM LOWE BM + SMITH DG A N A L L E T T 6 ( 1 0 ) : 9 0 3 - 7 (1973) C A 80: 0 3 3 ~ 9 5

OF LIQUID

12-0557 CALCULATION OF THE DIELECTRIC CONSTANT OF WATER IN THE SUBMILLIMETER WAVE BAND. M2%LYSHENKO Y U I 9 V A K S E R IF~H U K R F i Z ZH (RUSS ES} 15(9}: 1 4 9 6 - 5 0 3 (1970) (iN RUSSIAN} C A 74: 0 4 6 8 6 1

12-0547 EFFECT OF PREHEATING ON THE PROPERTIES ( C O N D U C T I V I T Y , PE) O F W A T E R A N D A Q H E O D S SOLUTIONS. LETNIKOV FA + KASHCHEEVA TV + MINTSIS ASH + VAKHNENKO VI + CHIGRINEVA AI P277-81 OF POVERKH SILY TONKIKH PLENKAKH DISPERSNYKH SIST, SB DOKL KONF POVERKH SZLAM, qTH, D E R Y A G I N B V ( E D ) , N A U K A , M O S C O W , 1972. (IN RUSSIAN} CA 77:169480 12-0548 PHYSICOCEEMICAL P R O P E R T I E S ( C O N D U C T I V I T Y , PB) PREHEATED WATER. LETNIKOV FA + KASHCHEEVA TV § MINTSIS ASH V O P T E O R P R A K T M A G N O B R A B V O D Y V O D S I S ~ 1971: 9 7 - 9 (IN R U S S I A N ) C A 78: 0 0 8 0 9 2

12-0555 DIRECT MEASUREMENTS OF COALESCENCE EFFICIENCY AND FREQUENCY OF SMALL WATER DROPLETS IN AN ELECTRIC FIELD. LUAN PC § PHUOC DV T E L L U S 2 5 ( I ) : 6 3 - 8 (1973) C A 79: 0 9 7 1 7 7 12-0556 HIGH TEMPERATURE AQUEOUS ELECTROLYTE CONCENTRATION CELLS AND THE IONIZATION W A T E R T O 200 D E G R E E S . M A C D O N A L D DD § B U T L E R R + O W E N D C A N J C H E M 5 1 ( 1 5 ) : 2 5 9 0 - 5 (1973) CA 79:108853

OF

657

12-0563 EFFECT OF PRESSURE ON THE IONIZATION OF WATER VARIOUS TEMRERATORES FROM MOLAL VOLUME DATA. MILLERO FJ + HUFF EV + KAHN L J S O L U T I O N C H E M I (4} : 3 0 9 - 2 7 (1972) C A 78: 0 q 8 8 0 6

AT

OXIDE.

12-055q POTENTIAL- PH DIAGRAMS AT TEMPERATURES ABOVE 2 9 8 . 1 6 D E G R E E S K. P A R T - 2 : P O T E N T I A L - PS D I A G R A M S OF WATER FOR THE T~MRERATURE RANGE 298.16-573.16 D E G R E E S K. LOWSGN RT A U S T R A L A T E N E R G Y C O M M , 1972, 13P. A A E C / E 2 1 9 , PA/{T-2. C A 78: 0 2 0 7 5 q

12-0564 DIELECTRIC PROPERTIES OF WATER. MINTON AP CHEM BHu L E T T 7(6}: 6 0 6 - 8 (1970} C A 74: 0 8 0 8 2 8

12-0565 STRUCTUR~bL M O D E L F O R T H E D I E L E C T R I C R E L A X A T I O N OF LIQUID WATER. MINTON AP N A T U R E (LONDON), P H Y S S C I 2 3 4 ( 5 2 } : 1 6 5 - 8 (1971) C A 76: 0 7 8 0 0 9

658

Bibliography on Physical and Chemical Properties of W a t e r :, 1969-1974

12-0566 INTERACTION PHENOMENA IN IONIZATION NORRISON JD + TRAEGER JC J C H E M p H Y S 5 5 ( 4 } : 2 0 0 3 {1971} C A 75: 1 2 4 8 3 5

12-0576 NONLINEAR DIELECTRIC pOLARIZATION OF WATER SOLUTIONS IN DIOXANE. PIEKARA A + NOWAK J + MALECKI J C H E M P H Y S L E T T 19(3}: 4 5 3 - 5 (1973) C A 79: 0 1 1 0 2 0

PROCESSES.

12-0567 IONIZATION AND DISSOCIATION BY ELECTRON IMPACT. PART-I: WATER AND HYDROGEN SULFIDE. MORRISON JD + TRAEGER JC I N T J M A S S S P E C T R O M ION P H Y S 11(2} : 7 7 - 8 8 (1973} C A 78: 1 4 0 6 1 2

1~-0565 CHARACTERISTICS O F A P U L S E D D I S C H A R G E IN W A T E R . N E S V E T A I L O V G A + R A K H U B A VK + E L Y A S H E V I C B M G + KZPA VK I Z V 9-YSSR U C H E B Z A V E D , G O R N ZH 16(4}: 155-9 (1973) {IN R U S S I A N } CA 79:098182

12-0569 POLARIZABILITY CALCULATIONS ON WATER, HYDROGEN, OXYGEN, AND CARBON DIOXIDE. NIR S § ADAMS S + REIN R J CHEM PHYS 59(6): 3341-55 (1973); INT J QUANTUM C H E M 7 ( I - 2 } : 2 9 5 - 3 0 0 {1973) C A 80: 0 0 8 1 3 0 ; C A 7 8 : 0 4 9 4 8 3

12-0570 DETERMINATION OF DIELECTRIC DISPERSION BY TWO METHODS AND APPLICATION TO CALCULATIONS OF VAN DER WAALS FORCES. (WATER) NIR S + ADAMS S + REIN R J C O L L O I D I N T E R F A C E SCI 4 9 ( 2 } : 1 9 6 - 2 0 3 (1974} C A 81: 1 7 8 5 2 3 HYDROGEN AND OXYGEN ISOTOPE FRACTIONATION BETWEEN ICE AND WATER. O ' N E I L J R ~ J P H Y S C H E M 7 2 ( 1 0 } , 3 6 8 3 - 4 (1968} C A 69: 1 1 0 5 4 9 T 12-0571 DISTRIBUTION OF PREBREAKDOWN ELECTRICAL FIELDS IN WATER STUDIED USING THE KERR EFFECT. O V C H I N N I K O V I T + Y A N S H I N K V + Y A N S H I N EV S O Y P H Y S T E C R P H Y S 19(2}: 2 9 4 - 5 (1974} CA 80:125875 12-0572 DEMONSTRATION OF COLIBERATION OF OXYGEN AT THR CATHODE AND HYDROGEN AT THE ANODE DURING ELECTROLYSIS. PALIT SR I N D I A N J C H E M 10(2}: 2 3 5 - 6 (1972} ; J I N D I A N C E E M S O C 4 9 ( 2 ) : 1 9 1 - 4 (1972) C A 77: 0 2 8 2 3 7 ; 0 6 9 3 7 0 12-0573 EFFECT OF ELECTRICAL AND MAGNETIC FIELDS AND STRUCTURE OF CAPILLARY POROUS BODIES ON THE KINETICS OF SORPTION OF WATER MOLECULES. PANCEENKO MS + DUSHCHENKO VR + PANASYUK AL + MOSIEVICE AS 9 SEMKO OYA E L E K T R O N OBR~tB M A T E R ( 3 ) : 5 6 - 6 1 (1972} (iN RUSSIAN} C A 77: 1 4 4 1 6 8

12-0578 DIELECTRIC RELAXATION OF WATER IN AQUEOUS sOLUTIONS. POTTEL R + GIESE K + KATZE U P392-409 OF INT SYMP ON STRUCTURE OF WATER AND AQUEOUS SOLUTIONS t LUCK WA~(ED), VERLAG CHEMIE= 197~. 12-0579 CALCULATION INFRARED INTENSITY AND VIBRATIONAL FREQUENCIES OF WATER# FURANm AND 2-SUBSTITUTED F U R A B S BY T H E C O M P L E T E N E G L E C T O F D I F F E R E N T I A L OVERLAP-2 METHOD. POUCHAN C + DARGELOS A + CBAILLET M + FORD G + TOPSOM RD + EATRITZKYAR J CHXM PHYS FHYSICOCHIM BIOL 71(6): 934-42 (197~} (IN F R E N C H } CA 81:97097 12-0580 IONIZATION CONSTANT 4000 BARS. QUIST AS J FHYS CHEM 74(18}: CA 73:092243

OF WATER

T O 800

3396-402

(1970}

DEGREES

12-0574

12-0582 DIPOLE MOMENTS OF WATER AND HEAVy WATER USING GLYCEROL AS A POLAR SOLVENT, AND SOME OTHER RELATED PROPERTIES. P~IZK ~ A + G I R G I S YM Z P H Y S C H E M (LEIPZIG} 2 4 3 ( I - 2 ) : 110-20 (1970} CA 72:105064 12-0583 FINITE DIFFERENCE SIMOLATION OF AN ELECTRICAL DISCHARGE I~ WATER. ROBINSON JW J A P P L P S Y S 4 4 ( I } : 7 6 - 8 1 (1973} C A 78: 0 6 3 8 1 9

12-0585 D I P O L E M O M E N T O F W A T E R IN T H E F I R S T S H E L L O F A M O N O V A L E N T ION. ROSS DE C A N J P H Y S 4 6 ( 2 1 } : 2 4 0 7 - 1 1 (1968} C A 69: 1 1 1 1 6 9 F

12-0575 UP

AND

12-0581 SOLUTION OF A CHAIN TRANSITION PROCESS EQUATION D U R I N G P U L S E D D I S C H A R G E I N WATER. RAKOVSKII GB S O V P H Y S T E C H P H Y S 17 (9}: 1 5 8 7 - 9 0 (1972} CA 78:009150

12-0584 ULTRAVIOLET RADIATION FROM ELECTRICAL IN W A T E R . ROBINSON JW § HAM M § BALA~TERAN J A P P L P H Y S 4 4 ( 1 } : 7 2 - 5 (1973} C A 78: 0 6 3 8 2 5

MOVEMENT OF CHARGED WATER DROPLETS IN A HOMOGENEOUS DC ELECTRIC FIELD. PANCHENROV GM + VINOGRADOV VM + PAPKO W R H I M T E K H N O L T O P L M A S E L 15{2): 3 4 - 6 (19701 CA 72:125324

IONIZATION CONSTANT OF WATER AT TEMPERATURES T O 150 D E G R E E S . PERKOVETS VD + KRYUKOV PA XZV SIB OTD AKAD NAUK SSSR, SER KRIM NAUE 1 9 6 9 ( 3 ) : 9 - 1 2 (IN R U S S I A N } C A 71: 1 0 5 8 9 3

12-0577 DIELECTRIC PROPERTIES. {OF A Q U E O U S S O L U T I O N S } POTTEL R Pq01-32 OF FRANKS F(ED}, WATER, A COMPREHENSIVE T R E A T I S E , V O L 3, P L E N U M , Ny I 1972.

DISCHARGES

HYDRATION

12-0586 ELECTRICAL PROPERTIES OF AQUEOUS ELECTROLYTE SOLUTIONS DURING CRYSTALLIZATION. ROZENTAL OM + CHETIN FE § TKACEEV W § MEDVEDEV GV E L E R T R O N O S R A B M A T E R ( I } : 5 9 - 6 3 (1973) (IN RUSSIAN} CA 79:099831

Section 12. Electric and Dielectric Properties 12-0587 E L E C T R I C A L P R O P E R T I E S O R ICE-~(E) S I N G L E CRYSTALS. RUERP R P 1 7 9 - 8 6 O F P H Y S I C S A N D C H E M I S T R Y O P ICE, W H A L L E Y E + J O N E S S J + G O L D W (EDS) n R O Y A L S O C C A N A D A w 1973, 405P. 12-0588 DIELECTRIC RELAXATION, BULK AND SUREACE CONDUCTIVITY BE ICE SINGLE CRYSTALS. RUEPP E 9 KASS M P 5 5 5 - 6 1 OF I N T S Y M P O N P H Y S I C S B E ICE, 1968, R I E H L N 9 B U L L E M E R B § E N G E L H A R D T H(EDS), PLENUM, 1969. 12-0589 E L E M E N T A R y R E A C T I O N S OF I O N I Z A T I O N O F W A T E R TO O X O N I U M A N D H Y D R O X I D E IONS. S C H M I D T HV Z PHYS C H E M (FRANKFURT) 88(I-6): 80-9 41974) (IN GERMAN) CA 81:177062 12-0590 A C T I V A T I O N E N E R G Y OF C O N D U C T I O N O F A Q U E O U S S O L U T I O N S IN C A P I L L A R I E S . S C H U F L E J A 9 YU N T J C O L L O I D I N T E R F A C E SCI 26(4): 3 9 5 - 4 0 6 (1968} C A 69: 1 3 1 7 1 F 12-0591 APPARATUS FOR COLORIMETRIC DETERMINATION OF WATER. S E M E N O V NA § I O N O V L P § S U P R U N O V M M § M E L N I C E E N K O VY § S E M E N O V A M=N U S E R P A T 397819, 17 SEP 1973 A E R O P R O C E ~ S T A T E SCI R E S I N S T C A 81: 2 0 5 8 1 R 12-0592 D I E L E C T R I C A B S O R P T I O N I N W A T E R A R O U N D 70 MHZ. SENATRA D L E T T N U O V O C I M E N T O S O C I T A L FIS 5 (2): 172-6 (1972) CA 77:132012 12-0593 D O U B L E E L E C T R I C L A Y E R A N D T H E P R O B L E M OF B O U N D WATER. S I D O R O V A MP S V Y A Z A N N A Y A V O D A D i S P E R S N Y K B S I S T NG 1: 138-45 {1970} (IN RUSSIAN) CA 74:037687 12-0594 D I E L E C T R I C STUDY. SIMCOX GK E N E R G Y SCI INC, B U R L I N G T O N , AD743170 CA 77:119548

MASS,

1972, 34P.

12-0595 ELECTRICJtL C O N D U C T I V I T Y O F A Q U E O U S S O L U T I O N S O F AMMONIA AND MORPHOLINE, AND IONIC COMPOSITION OF WATER AT HIGH PARAMETERS. SIROTA AM § SHVYRYAEV YUV T E P L O E N E R G E T I K A 1S(4): 49-50 41971) (IN RUSSIAN) C A 74: 147073 12-0596 PRESSURE DEPENDENCE OF TEE DIELECTRIC CONSTANT OF WATER AND D E U T E R I U M OXIDE. SRINIVASAN KR 9 KAY RL J C H E M P E Y S 6049): 3 6 4 5 - 9 (1974) C A 81: 3 0 8 9 8 P 12-0597 O P T I C A L O B S E R V A T I O N OF I M P L A N T A T I O N O F C R Y S T A L W A T E R X N M / C R O C R Y S T A L S S U S P E N D E D IN A N E L E C T R I C FIELD. S~BAUBEL H O P T I K (STUTTGART} 39(3): 236-9 (1974} (IN GERMAN) CA 80:100902

659

12-0598 ELECTRIC POTENTIAL OF LIQUID WATER ON AN ICE SURFACE. T A K A H A S HI T J A T M O S SCI 26(6}: 1253-8 (1968) C A 71: 129077 12-0599 SPECIFIC ELECTRICAL CONDUCTIVITY OF DISTILLED W A T E ~ E X P O S E D T O A M A G N E T I C FIELD. TODOROV SI + MARKOV MS § RACH~VA MR C O D S O E ~ L UNZV, B I O L F A K 6441): 189-98 (1972) (IN EULGA~iAN) CA 78:089850 WATER AT EIGE TEMPERATURES AND PRESSURES. (THERMODYNAMICS, T R A N S P O R T P R O P E R T I E S , E L E C T R I C A L P R O P E R T I E S ~ SPECTRA) T O D H E I D E K; P 4 6 3 - 5 1 4 OF F R A N K S F ( E D ) , WATER, A C O M P R E H E N S I V E T R E A T I S E , V O L I, PLENUM, NY, 1972. C A 77: 168719 12-0600 DIELECTRIC PROPERTIES OF PURE LIQUID WATER AND T H E I R T E M P E R A T U R E V ~ I A T I O N A T 3 GHZ. UDDIN MG P R O C P A K I S T A N A C A D S C I 10(I): 5 - 1 3 (1974) C A 81: 8 3 3 1 4 B 12-0601 TEMPERATURE DEPENDENCE OF TEE ELECTRICAL CONDUCTIVITY OF WATERS. WAGNER R V O M W A S S E R 38". 27-48 (1971) (IN GERMAN) C A 76: 132239 12-0602 ESTIMATION OF THE EXCITATION AND IONIZATION ENERGIES OF AMMONIUM, HYDRONIUM, AND DIHYDROGEN FLUORIDE RADICALS USING CORE ANALOGIES APPLIED TO K - S H E L L E L E C T R O N E N E R G Y L O S S SPECTRA. WIGHT GR § GRION CE C H E M P H Y S L E T T 26(4): 607-9 41974) C A 81: 9 7 4 9 1 U 12-0603 WATER ELECTROLYSIS, WYDEVEN T + JOHNSON RW J E N G I N D 90(4): 531-40 C A 70: 025068

(1968)

12-0604 E L E C T R O L Y S I S O F WATE~. y A K I M E N K O L M § M O D Y L E V S K A Y A I D * T K A C H E K ZA K H I M I Y A , MOSCOW, 1970, 263P. (IN RUSSIAN} CA 76:009812 12-0605 MECHANISM OF TEE pULSED ELECTRICAL BREAKDOWN OF WATER. Y A N S E I N EV 4 0 V C H I N N I K O V IT 9 V E R S H I N I N YUN D O K L A K A D N A U K S S S R 214 (6): 1306-6 < T E C H P E Y S > (1974) (IN RUSSIAN) CA 80:125882 12-0606 SILENT DISCHARGE REACTIONS IN AQUEOUS SOLUTIONS. YOKOHATA A + BARAKON K + TZNDA S B U L L C H E M S O C J A P 41 (I0) : 2 2 9 2 - 7 41968) CA 7 0 : 0 1 5 1 9 8

12-0607 D I E L E C T R I C P R O P E R T I E S OF S O R P T I O N S T R U C T U R / Z E D WATER. ZHILENKOV IV BEN PROBL TEOR FIZ ADSORBTSII, TR VSES KONF TEOR V O P ADSOP,BTSII, 1ST, 1968, D U B I N I N MM(ED) , NAUKA, MOSCOW, 1970. (IN RUSSIAN) C A 74: 035846

660

Bibliography on Physical and Chemical Properties of Water: 1969-1974

Section 13. Magnetic Properties, Effects of Magnetic Fields 13-0608 E F F E C T O F A M A G N E T I C F I E L D O N WATER. A K O P Y A N LV + E V D O K I M O V V H R U S S J PHES C H E M 47(7): 1041-3 (1973) C A 60: 041146 A N O M A L O U S P R O P E R T I E S OF S U P E R C O O L E D WATER. HEAT CAPACITY, EXPANSIVITY, AND PROTON MAGNETIC R E S O N A N C E C H E M I C A L S H I F T F R O M 0 T O - 3 8 DEGREES. A N G E L L CA * S H D P P E R T J * T U C K E R JC; J P H u C H U M 77(26): 3092 (1973) C A 80: 0 3 1 ~ 0 6 13-0609 M A G N E T I C P R O P E R T I E S O F P O L Y A T O M I C MOLECULES. P A R T - 2 : P R O T O N M A G N E T I C S H I E L D I N G C O N S T A N T S IN WATER, A M M O N I A , M E T H A N E , A N D F L U O R O METHANE. ABRIGHINI GP + MAESTRO M § MOCCIA R J C H E M PHYS 52(12}: 6411-15 (1970) CA 73: 050529

13-0615 ION C O O R D I N A T I O N A N D I N T E N S I T Y O F T H E M O T I O N OF W A T E R M O L E C U L E S IN A Q U E O U S E L E C T R O L Y T E S O L U T I O N S B A S E D O N N U C L E A R M A G N E T I C R E L A X A T I O N DATA. C H I Z H I K VI P 3 2 4 - 8 OF T E P L D V I Z E E N I E M O L M E Z H M O L E K U L y A R N O E VZAIMODEISTWIE ZHIDK RASTVORAKH, MATER MEZHVUZ N A U C H KONF, 2ND, V U K S M F ( E D ) , SAF~%R/~AND G O S UNIV, S A M A R K A N D , USSR, 1969. (IN RUSSIAN) CA 76: 145638 13-0616 TEMPERATURE DEPENDENCE OF THE MAGNETIC S U S C E P T I B I L I T Y O F WATER. CINI R § TORRINI M J C E E M PHYS 49(6): 2 8 2 6 - 3 0 (1968) CA 69: 101056C 13-0617 NUCLEAR MAGNETIC RESONANCE STUDIES OF P R E F E R E N T I A L S O L V A T I C N . PART-I: H Y D R O G E N P E R O X I D E A N D WATER. C O V I N G T O N A K + L I L L E Y T H § N E W M A N KE + PORTHOUSE GA J C H E M SOC, F A R A D A Y T R A N S 1 6 9 ( P T 5): 9 6 3 - 7 2 (1973) C A 78: 1~1030 13-0618 PHYSICOCHEMICAL CHANGES IN WATER AND SOLUTIONS U N D E R T H E A C T I O N OF A M A G N E T I C FIELD. COMMENTS. A D D I T I O N A L COMMENTS. D E R Y A G I N BV R U S S J PHYS C H E M q6(3}: 4 7 5 - 6 (1972); 46(6): 940 (1972) C A 77: 811278; C A 7 7 : 1 3 0 9 1 6

13-0610 M A G N E T I C P R O P E R T I E S O F P O L Y A T O M I C MOLECULES. PART-I: M A G N E T I C S U S C E P T I B I L I T Y O F WATER, AMMONIA, METHANE, HYDROGEN PEROXIDE. ARRIGHINI GP § MAESTRO M § MOCCIA N J C H E M P H Y S 49(2): 882-9 (1968) CA 69: 6 1 8 0 7 T

E F F E C T OE A M A G N E T I C F I E L D O N T H E D I E L E C T R I C P R O P E R T I E S O F WATER. EL~ G § S A S N A U S K A S K; L I E T T S R A U K S T M O K Y K L U M G K S L O DARE, C H E M C H E M T E C H N O L 9: 125-9 {1968) (IN RUSSIAN) CA 7 2 : 0 4 9 0 6 4

C H A N G E IN T H E V I S C O S I u O F W A T E R A N D S O M E A Q U E O U S SOLUTIONS UNDER THE ACTION OF MAGNETIC AND E L E C T R I C FIELDS. B A N T Y S H L A + P O P O V S K I I VG; E L E K T R O N O S R A B M A T E R ( 5 ) : 49-51 (1970) (IN RUSSIAN} CA 75:025661

13-8619 TEMPERATURE DEPENDENCE OF THE SUSCEPTIBILITY OF H E A V Y WATER. E R G I N y U V § K O S T R O V A LI J S T R U C T C H E M 11(3): 481-2 (1970) CA 73:060594

13-0611 E F F E C T O F A N E X T E R N A L M A G N E T I C F I E L D ON IHE R A T E O F W A T E R C R Y S T A L L I Z A T I O N A N D S T R U C T U R i OE R E S U L T I N G ICE. B A N T Y S H LA § P O P O V S K I I VG + I A Z A R E N K O BR § KREPONOSOVAAN E L E K T R O N O B R A B M A T E R ( 2 ) : 54-8 (1972) {IN RUSSIAN) CA 78:008689

13-0620 TEMPERATURE DEPENDENCE OF THE MAGNETIC SUSCEPTIBILITY O F WATER. ERGIN yUV § ROSTRCVA LI J S T R U C T C H E M 11(I): 5-8 (1970) CA 73:060607

13-0612 MECHANISM OF THE EFFECT OF A MAGNETIC FIELD ON WATER. B A T A L I N BS SB N A U C H TR, P E R M P O L I T E E R I N S T N O 108: 116-25 (1972) (IN RUSSIAN} C A 80: 052256 13-0613 MAGNETIC FIELD STABILIZER BASED ON PROTON R E S O N A N C E I N F L O W I N G WATER. BOVING R N U C L I N S T R U M M E T H O D S 9~(I): 61-71 (1971} C A 75: 057729 13-0614 CALCULATION OF TEE ROTATIONAL MAGNETIC MOMENTS O F T H E A/CMONIA A N D W A T E R M O L E C U L E S . C H A N G S + }LqMERA EF C H E M P R Y S L E T T 21(1): 30-I (1973) C A 79: 129438

13-0621 SHORT RANGE SOLVATION OF iONS IN HEAVY WATER S T U D I E D BY A MAGNETOCHEMICA~L METHOD. E R G I N M U V § K O S T R O V A LI J S T R U C T C H E M 11(5): 7q7-9 (1970} C A 74= 034801 13-0622 E F F E C T OP A C O N S T A N T M A G N E T I C F I E L D O N WATER. EVDOKIMOV VE § ZUBAREV VA V H S T N M O S K UNIV, K H I M 24(2} : 110-11 (1969) (IN RUSSIAN) CA 71:016991 13-0623 E F F E C T O F A M A G N E T I C F I E L D O N WATER. EVDOKIMOV VB + AKOPYAN LV V E S T N M O S K UNIV, E R I M 14 (4} : ~76-7 (1973) RUSSIAN) C A 79: 149529

(IN

Section 13. Magnetic Properties, Effects of Magnetic Fields 13-0624 EFFECT OF THE MAGNETIC TREATMENT OF WATER ON THE VISCOSITY OF MIXTURES. FAIZULLAEV DF + DZHURABEKOV S § SHAKIROV AA + ABIDOV S DOKL AKAD NAUK UZB S S R 2 5 ( 5 ) : 1 1 - 1 2 (~968) (IN RUSSIAN) C A 69: 8 9 6 3 1 B 13-0625 MAGNETOSTATIC STUDY OF THE OF THE PROTON OF WATER. FRANCOIS M + POZZI JP REV PRYS APPL 5(2): 309-16 CA 73:135340

NUCLEAR

MAGNETIZATION

(1970}

13-0626 IMPORTANCE OF THE EFFECT OF THE SOLVENT DIELECTRIC CONSTANT ON ION PAIR FORMATICN WATER AT HIGH TEMPERATURES AND PRESSURES. GILKERSON WR J P H Y S C H E M 7 ~ ( 4 } : 7 4 6 - 5 0 (1970} CA 72:083502

IN

13-0627 NUCLEAR MAGNETIC RESONANCE STUDIES ON WATER AND ICE. GLASEL JA P 2 1 5 - 5 4 O F F R A N K S F (ED}, W A T E R # A C O M P R E H E N S I V E T R E A T I S E , V O L I, P L E N U M , NY, 1972. CA

13-0634 NUCLEAR MAGNETIC RELAXATION AND STRUCTURE AQUEOUS SOLUTIONS. HERTZ HG P141-54 OF PHYSICAL CH~ISTRY OF AQUEOUS S O L U T I O N S a K A Y R L ( E D ) , P L E N U M # NY, 1973o

OF

13-0635 PROTON MAGNETIC RESONANCE STUDIES OF WATER STRUCTURE. HINDMAN JC P 2 5 1 - 6 3 O F D E V E L O P A P p L S P E C T R O S C , V O L 16# P L E N U M 1968. C A 69: 7 2 6 2 1 A 13-0636 PROTON MAGNETIC RESONANCE STUDIES STRUCTURE OF WATER IN DOWEX-50W. H O W E R Y DG + S H O R E L + K O H N E H J P H Y S C H E M 76 (4): 5 7 8 - 8 1 (1972} C A 76: 1 0 4 2 2 2

OF THE

13-0637 C H A N G E IN T H E S T R U C T U R E O F W A T E R A N D A Q U E O U S SOLUTIONS UNDER THE EFFECT OF A MAGNETIC FIELD. IVANOVA GM + MAKHNEV YUM VOP TEOR PHAKTMAGN O B R A B V O D Y V O D S I S T 1971: 4 5 - 5 1 (IN R U S S I A N } CA 78:008107 13-0638 V E L O C I T Y O F L I G H T IN A D I E L E C T R I C W A T E R I N A MAGNETIC FIELD. JANKAUSKAS Z O P T S P E K T R O S K 36(3): 6 1 4 - 1 5 (1974} (IN R U S S I A N } C A 81: 1 8 6 3 8 W

78:009514

13-0628 NMR STUDIES OF PURE WATER. GEASEL JA P426-41 OF INT SYMF ON STRUCTURE AQUEOUS SOLUTIONS, LUCK WAP(ED}# 1974.

661

OF WATER AND VERLAG CHEMIE,

13-0629 NUCLEAR MAGNETIC RESONANCE STUDIES OF WATER STRUCTURE. GLASEL JA P 2 4 1 0 9 O F D E V E L O P A P P L S P E C T R O S C , V O L 16, P L E N U M , 1968. C A 69: 7 2 6 2 2 B 13-0630 EFFECT OF A MAGNETIC FIELD ON TEE DIELECTRIC PROPERTIES OF TECHNICAL WATER AT HIGH FREQUENCY. G O S K O V PI § G O S K O V A S S + S A L I K H O V V A I Z V V Y S S H U C H E B Z A V E D , F I Z 1 3 ( 1 1 ) : 6 3 - 6 (1970) (IN R U S S I A N ) C A 7q: 0 5 8 3 1 5 EFFECT OF A MAGNETIC FIELD ON THE PROPAGATION OF ULTRASOUND IN WATER. G O S ' K O V PI § S A L I K H O V V A § S A M A R I N SM; I Z V V Y S S H U C H E B Z A V E D , F I Z I ~ ( 1 2 ) : ~ 8 - 5 2 (1971) (IN RUSSIAN) C A 76: 1 0 4 0 6 5 13-0631 NUCLEAR MAGNETIC RELAXATION SPECTROSCOPY. (OF WATER) HERTZ HG P 3 0 1 - 9 9 O F F R A N K S F (ED), W A T E R , A C O M P R E H E N S I V E T R E A T I S E , V O L 3, P L E N U M , NY, 1972. C A 79: 0 5 8 1 8 9 13-0632 M A G N E T I C R E L A X A T I O N BY Q U A D R U P O L E I N T E R A C T I O N O F IONIC NUCLEI. PART-I: ELECTROLYTE SOLUTIONS. PART-2: LIMITING VALUES FOR INFINITE DILUTION. HERTZ HG B E E B U N S E N G E S P H Y S C H E M 7 7 ( 7 ) : 5 3 1 - 4 0 (1973) C A 79: 1 3 0 7 3 4 13-0633 NUCLEAR MAGNETIC RELAXATION SPECTROSCOPY. (OF AQUEOUS SOLUTIONS) HERTZ HG P 3 0 1 - 4 0 0 O F F R A N K S F (ED), W A T E R # A C O M P R E H E N S I V E T R E A T I S E , V O L 3, P L E N U M , NY, 1972.

13-0639 PROTON MAGNETIC SHIELDING qN THE WATER JASZUNSKI M § SADLEJ AJ T E E O R C H I N A C T A 2 7 ( 2 ) : 1 3 5 - 4 5 (1972) C A 77: 1 7 0 6 2 5

MOLECULE.

13-0640 P R O T O N M A G N E T I C S H I E L D I N G I N T H E MONO~iERIC A N D DIMERIC WATER MOLECULE. JASZUNSKI M 9 SADLEJ AJ T E E O H C H I M A C T A 3 0 ( 3 } : 2 5 7 - 6 5 (1973} C A 79: 1 3 0 8 1 6

13-0641 PROTON MAGNETIC RESONANCE STUDY OF THE EFFECT ZINC CHLORIDE ON HYDROGEN BONDS IN WATER, METHANOL, AND ETHANOL. KARCZEWSKA I + KECKI Z P179-91 OF INST NUCL PHYS w REP NO 819/PL, P A R T - 2 , 1973. (IN P O L I S H ) CA 80:020126

OF

13-0642 PHYSICOCHEMICAL CHANGES IN WATER AND SOLUTIONS U N D E R T H E A C T I O N O F A M A G N E T I C FIELD. K L R G I N T S EV A N R U S S J P H Y S C H E M 4 6 ( 3 ) : 4 7 6 - 7 (1972) CA 77:011277 13-0643 POSSIBILITY OF CHANGING THE TECHNOLOGICAL P R O P E R T I E S O F W A T E R A N D A Q U E O U S S Y S T E M S BY EXPOSURE TO MAGNETIC FIELD EFFECTS. K L A S S E N VI I Z V V Y S S H U C H E B Z A V E D T S V E T M E T 10(5}: 2 a - 3 1 (1967) (IN R U S S I A N ) C A 69: 3 0 7 6 4 U 13-0644 CHANGE IN THE INFRARED ABSORPTION SPECTRUM OF A DILUTED SOLUTION OF WATER IN HEAVY WATERI AFTER PASSAGE THROUGH A MAGNETIC FIELD. K L A S S E N VI § Z H I L ~ N K O G V * BERGE/% GS § L A P A T U K N I N IV + E R E G I N G D § K L Y U C H N I K O V N D O K L P H Y S C H E M 1 8 3 ( 5 ) : 9 2 1 - 3 (1968} CA 70:101322

662

Bibliography on Physical and Chemical Properties of Water: 1969-1974

13-0645 NEW CONSTRUCTION FOR A CONDUCTIVITY CELL INVESTIGATION OF ELECTRICAL CONDUCTIVITY LIQUIDS. KOZLOWSKI Z +LIS W S O C S C I L O D Z , A C T A C H I M 17: ~3-8 (1972) CA 78:035131

FOR TEE IN

13-0646 NUCLEAR MAGNETIC RELAXATION TIME OE WATER POROUS MEDIUM WITH HETEROGENOUS SURFACE WETTABILITu K U M A R J + F A T T I + SAPJ%F D N J A P P L P H Y S 4 0 ( I 0 ) : 4 1 6 5 - 7 1 (1969) CA 71:107381 13-0647 A~SORBED WATER STUDIED BY NUCLEAR RESONANCE. K V L I V I D Z E Vl SVYAZANNAyA VODA DiSPERSNYKH SIST (1970) (IN R U S S I A N ) CA 74:047376

IN A

~O 1 : 4 1 - 5 5

OF

13-0648 CHANGES IN THE PROPERTIES OF MAGNETIZED WATER. LYCHAGIN NI I Z V V Y S S H O C H E R Z A V E D , F I Z 17(2): 9 9 - 1 0 3 (197~) (IN R U S S I A N ) C A 80: 1 3 7 3 4 5 13-0649 NMR OF WATER MOLECULE PROTONS AND AMMONIUM IONS IN CATION EXCHANGER KU-2. MANK W + GREBENYUK VD + KURILENKO OD DOPOV AKAD NAUK HER RSR, SERB 34{7): 639-~I (1972} (IN U K R A I N I A N ) C A 77: 1 0 5 8 8 3 13-0650 STATE OF WATER IN A KB-4P2 WEAKLY ACIDIC EXCHANGER STUDIED BY AN NMR METHOD. MANK W + LESHCHENKO VP + KUR/LENKO OD + ZUBENKO IF D O K L P H Y S C H E M 2 0 2 ( 2 } : 4 8 - 5 0 {1972) CA 76:092704

CATION

13-0651 MAGNETIC FIELD GRADIENT EFFECT IN TEE DEUTERON NMR SPECTRUM OF A LyOTROPIC LIQUID CRYSTAL. MCLACHLAN LA + NATUSCH DFS + NEWMAN RH J M A G N R E S O N A N C E I0(1): 3 4 - 6 (1973) C A 78: 1 6 6 6 2 9 13-0652 EFFECT OF A CONSTANT MAGNETIC FIELD ON THE INFRARED ABSORPTION SPECTRUM OF LIQUID WATER. MIRUMYANTS SO + VANDYUKOV EA + TUKNVATULLIN RS R U S S J P E Y S C H E M 4 6 ( 1 } : 124 (1972) C A 76: 1 0 6 0 0 5

13-0656 CALCULATION OF THE DIAMAGNETIC SUSCEPTIBILITY THE WATER MOLECULE. PAN u + HAMEKA HF J C H E M P E Y S 53(3): 1 2 6 5 - 9 (197S) C A 73: 0 6 0 5 4 1

13-0657 PROTON MAGNETIC PETSKO GA SCIENCE 167:171

RESONANCE

OF

SPECTRUM

OF POLYWATER.

(1970)

13-0658 EFFECT OF MAGNETIC FIELDS ON TEE PH OF WATEr. QUICKENDE~ TI + BETTS DM + COLE B + NOBLE M J PHYS CHF,M 7 5 ( 1 8 ) : 2830-1 (1971) CA 75: 11O,l S 8

13-0659 PULSED FOURIER TRANSFORM NMR SPECTROMETER USE WITH WATER SOLUTIONS. REDFIELD AG + GUPTA RE J C H E M P H Y S 5 4 ( 3 ) : 1 4 1 8 - 1 9 (1971) C A 7~: 0 7 0 1 4 4

IN

FOR

13-0660 NMR RELAXATION OF ADSORBED MOLECOLES WITH EMPHASIS ON ADSORBED WATER. HESI NG HA A D V A N M O L R E L A X A T I O N P R O C E S S E S 3 (I-4): 1 9 9 - 2 2 6 (1972) CA 77: 144074

13-0661 NUCLEAR MAGNETIC RESONANCE STUDY OF WATER DIMER IN W A T E R - C H L O R O F O R M S O L U T I O N S . S H A W Y L + W A N G S M * LI N C J P B Y S C H E M 77(2): 2 3 6 - 8 (1973} C A 78: 0 7 6 5 1 9 13-0662 SECOND MOMAN~ OF THE NUCLEAR MAGNETIC RESONANCE L I N E F O R ICE. S L O N I M IY + U R M A N Y G 2189-93 OF RADIOSPEKTROSK KVANTOWKHIM METODY STRUKT ISSLED, BLYUM-ENFELD LA(ED), NAUKA, M O S C O W , 1967. (IN R U S S I A N ) C A 69: 1 1 1 9 6 1 H 13-0663 TEMPERATURE DEPENDENCE OF THE MAGNETIC ACTIVITY OF NORMAL AND HEAVy WATER. SOROKIN SL + KALYANOV GP + ZABELIN VA R U S S J P H Y S C E E M 47(9): 1 3 8 1 - 2 (1973) C A 80: 0 3 2 0 0 9

13-0653 EFFECT OF MAGNETIC FIELDS ON THE PHYSICAL PROPERTIES OF WATER. MUELLER K + HABERDITZEL W + PREIDEL J + FABIAN G + PRITZE B Z C H E M 10(2): 79 F P (1970) C A 72: 1 0 4 0 6 9 13-0654 CHANGE IN TEE INTENSITY OF ABSORPTION BANDS INFRARED SPECTRA OF MAGNETIZED WATER. OREL MA + KAGARLITSKAMA IV § ROZENFELD SEE + A R I P O V E A + SA~RUKH~AWOV H A U Z B K H I M ZH 14(3): 3 5 - 7 (1970) CA 73:092774

IN

EFFECT OF ELECTRICAL AND MAGNETIC FIELDS AND STRUCTURE OF CAPILLARy POROOS BODIES ON THE KINETLCS OF SORPTION OF WATER MOLECULES. FANCH~2~KO M S + D U S H C B E N N O V P + ~ A N A S y U K A L M O S I E V I C H A S 9 S E M K O OYA; E L E K T R O N O B R A H M A T E R ( 3 ) : 5 6 - 6 1 (1972) (IN R U S S I A N ) CA 77:1~.169

MAGNETIC

PROPERTIES OF WATER SUBJECTED TO THE ACTION ELECTRICAL OR MAGNETIC YIELDS. L A Z A R E N K O B R + B A N T Y S H LA; E L E K T R O N O E R A B M A T E R ( 3 } : 4 6 - 8 (1970) (IN R U S S I A N ) CA 75:009995

13-0655 C H A N G E IN T H E IHTEAISITy O F A B S O R P T I O N B A N D S INFRARED SPECTRA OF MAGNETIZED WATER AND A SODIUM OLEATE SOLUTION. O R E L M A + K A G A / ~ L I T S K A Y A I V + Z=%PATHKBIN I V * KABIROVA RA J A P P L S P E C T R O S C 13(~): 1 3 3 2 - ~ (1970) CA 74: 105040

13-0664 MAGNETIC SUSCEPTIBILITY OF THE WATER TAFT E + DAILEY BP J C H E M PHYS 51(3): 1 0 0 2 - 7 (1969) CA 71:075664

OPTICAL

MOLECULE.

13-0665 ELECTRICAL STRENGTS OF WATER DURING 0.5-5 M~CROSECOND PULSES IN THE 0.5-I.7MV RANGE, TARASOV VD + BALAF/N VA + PECRERSKII OP S O Y P H Y S T E C H P H Y S 16(8): 1 3 7 9 - 8 0 (1971) C A 75: 1 2 3 7 0 0

Section 14. Spectra

663

13-0666 COLLECTIVE NATURE OF HEAT MOTION AND MAGNETIC RELAXATION IN LIQUIDS. TERPILOVSEII DN U K R F I E ~R (RUSS ED) 18(2}: 3 1 9 - 2 1 (1973) (IN RUSSIAN) C A 78: ~ 3 0 3 0 8 S P E C I F I C ELECTRICA~L C O N D U C T I V I T Y OF DISTILLED WATER EXPOSED TO A MAGNETIC FIELD. T O D O R O V SI + M A R K O V M S 9 R A C H E V A MR; G O D S O F I I U N I V , B I O L F A ~ 6 4 ( 1 ) : 1 8 9 - 9 8 (1972) (IN BULGARIAN} C A 78: 0 ~ 9 0 5 0 13-0667 D I S P E R S I O N O F W A T E R A N D S O L U T I O N S IN A M A G N E T I C FI ELD. V A S I L E V A N + K L A S S E N VI + C N E R N O B A I V L E L E K T R O N O B R A B M A T E R (5} : 3 5 - 9 (1971) (IN RUSSIAN) C A 76: 0 9 0 4 1 8 13-0668 MAGNETIC PROPERTIES AND MOLECULAR QUADRU~OLE TENSOR OF THE WATER MOLECULE BY BEAM MASER ZEEMAN SPECTROSCOPY. VERHOEVEN J + DYMANUS A J C H E M P H Y S 5 2 { 6 ) : 3 2 2 2 - 3 3 (1970) C A 72: 1 1 6 6 7 9 13-0669 P N D E P E N D E N C E O F T H E h~LR L I N E B R O A D E N I N G WATER BY PARAMAGNETIC ETHYLENE DIAMINE TETRAACETIC ACID CHELATES. NRIDBY JF + LEYDEN DR A N A L C H I M A C T A 5 1 ( I ) : 2 5 - 3 0 {1970) CA 73:050546

OF

13-0670 MECHANISM OF THE EFFECT OF MAGNETIC FIELDS ON WATER. ~AROSLAVSRII ZYA + DOLGONOSOV BM V O P T H O R P R A K T M A G N O H R A B V O D Y V O D S I S ~ 1971: I 0 0 - ~ (IN R U S S I A N ) C A 7~: 0 0 0 0 9 1 |3-0671 DIELECTRIC AND STRUCTURAL PROPERTIES WATER AND HEAVY WATER. YASTREMSF~II P S J S T R U C T C E E M 12(3) I W83--4 (1971~ C A 75: 0 9 2 2 9 5

OF LIQUID

13-0672 E F F E C T O F I M P U R I T I E S ON T H E C R Y S T A L L I Z A T I O N OF WATER IN A MAGNETIC FIELD. ZAREMBA VG + TYURIN AV + DERYAGIN HV P 2 6 1 - 5 O F POVHP~KB S I L Y T O N K I K B P L E N K A K H DISPERENYKN S/ST, EB DOKL KONF POVERKH SILAM, 4TH, 1969, D E R Y A G I N B V ( E D ) , N A U K A , M O S C O W , 1972. (IN R U S S I A N ) C A 7~: 0 0 8 6 9 1 13-0673 NMR SPECTROSCOPIC S T U D I E S . (OF A Q U E O U S SOLUTIONS) ZEIDLER MD P529-8~ OF FRANKS F(ED), WATER, A COMPREHENSIVE T R E A T I S E , V O L 2, P L E N U M , NY, 1972. 13-0674 INFRARED SPECTROSCOPIC STUDY OF MAGNETIC FIELD EFFECT ON WATER. ZRILENKO GV GEOL RAZVEDKA MHTODY IZUCH MESTOROZHD POLEZN ISEOPAEMYKH 1969: 192 (IN R U S S I A N ) C A 75: 0 9 2 8 3 5 13-0675 EFFECT OF A CONSTANT MAGNETIC FIELD ON THE B R O W N I A N M O V E M E N T O F P A R T I C L E S IN W A T E R , ZUSAHEV VA + EVDOKIMOV VB V E S T N M U S K U N I V , K H I M 2 4 ( 2 ) : 1 1 2 - 1 4 (1969) C A 71: 0 1 6 9 9 2

Section 14. Spectra 14-0676 SIGNAL DE~Y DURING NONSTEADy INDUCED MANDELSHTAM ERILLOHIN SCATTERING IN LIQUID HELIUM AND WATER. A B R I K O S O V A II 4 RYCIhKOVA E R K V A M T O V A Y A E L E C T R O N (MOSCOW} I(6): 1 % 5 5 - 7 (1974| (IN R U S S I A N ) C A 81: 1 4 3 5 9 3 D 14-0677 C A L O R I M E T R I C A N D INFR/dRED S P E C T R O S C O P I C S T U D I E S OF ELECTROLYTIC SOLUTIONS. (INFLUENCE OF SOLUTES ON WATER STRUCTURE) ACKEP-MANN T + R U E T E R J A N S H J C H I M P S Y S P H Y S I C O C H I M E I O L 1 9 6 9 ( 0 C T } : 124-31 (iN F R E N C H ) C A 72: 0 2 5 7 7 8 14-0678 SECOND ORDER PRESSURE DEPENDENCE OF FRAGMENT PEAKS IN THE MASH SPECTRA OF WATER, METHANE, CARBON DIOXIDE. ADAMCZYE B + BOERHOOM AJH + DE VRIES AE I N T J M A S S S P E C T R C M I O N P H Y S 12 (3} : 3 1 4 - 1 5 (1973) C A 80: 0 2 0 6 3 0

AND

14-0679 EFFECT OF INTERMOLECUL~d~ INTERACTIONS ON TEE VIBRATIONAL SPECTRA OF MOLECULES, PART-10: I N T E N S I T I E S O F I~FR;~RED A B S O R P T I O N B A N D S F O R WATER AND HULFUH DIOXIDE MOLECULES. AKOPY~AN 3 ~ B 9 G I H I N U P + K O K U S H K I N A M + BAHHSHIE-q NG O P T S F E C T R O S C 34(2|: I q 7 - 9 (1973) C A 78: 1 5 3 4 0 5

F~,R INFRa'RED A H S O P ~ P T ~ O N S P E C T R U M O F L I Q U I D WATER. A N D H E E V DV * G A L T S E V A P P R O B L F I E A T M O S N O B: 5 6 - 6 9 (1970) (IN R U S S I A N ) C A 74: 0 6 9 5 6 1 14-0681 COMP~/~ISON U P C A L C U L A T E D S P E C T R A O F W A T E R A N D CARBON DIOXIDE WITH THE RESHLTS OF LABORATORY MEASUREMENTS. ~DREEV SD ~ POEROVSKII AG I Z V A K A D N A H K S E E R , F I Z A T M O S O K E A N A 4(11} : 1 1 6 9 - 7 8 (1968} (IN R U S S I A N ) CA 70:072530 14-0682 MEASUREMENT OF THE ABSORBING AND REFLECTING PROPERTIES OF WATER IN THE WAVELENGTH RANGE FROM 2 T O 0 . 8 MM. APLETALIN VN + MER/AKRZ VV § CHIGRYAI EE R A D I O E N G E L E C T R O N P E Y G 15(7): 1 2 8 6 - 8 (1970) C A 73: 1 1 4 1 4 5 14-0683 COMMENTS ON THE HIGH RESOLUTION PHOTOELECTRON SPECTRUM OF WATER AND HEAVY WATER. ASBRINK L + RABALAIS JW C H E M P H Y E L H T T 12(I): I~2-4 (1971) C A 76: 0 9 2 7 8 6

664

Bibliography on Physical and Chemical Properties of W a t e r : 1969-1974

14-0684 I N F R A R E D S P E C T R U M O F W A T E R D I M E R IN C A H B O N T E T R A C H L O R I D E SOLUTICN, ATKINS PW § SYMONS MCR M O L P H Y S 23(4): 8 3 1 - 4 (19721 CA 77:054322

14-0695 MOLECULAR BEAM DIFFERENTIAL COLLISION CROSS S E C T I O N M E A S U R E M E N T S W I T H WATER. B I C K E S RW + E S T E GO § S C O L E S G + S M I T H K M J P H Y S B 7(I): L 1 9 - L 2 1 (19741 C A 80: 137304

14-0685 S T R U C T U R E O F W A T E R A D S O R B E D ON I C E - F O R M I N G SUBSTANCES STUDIED BY AN INFRARED SPECTROSCOPIC STUDY. PART-l: S T R U C T U R E O F W A T E R A D S O R B E D O N M O D I F I E D A E R O S O L A N D S I L V E R IODIDE. BAKHANOVA RA § KISELEV VI TRUKR NAUCH-ISSLED G I D R O M E T E O R O L I N S T N O 103: 108-18 (19711 (IN RUSSIAN) CA 7 7 : 0 5 2 6 7 2

14-0696 OBTAINING POPULATION INVERSION OF VIBRATIONAL L E V E L S IN P C L Y A T O M I C M O L E C U L E S . B I R Y U K O V AS § G O R D I E T S BE + S H E L E P I N LA S O V P E Y S J E T P 28(4): 7 6 2 - 8 (19681 CA 70:071206

14-0686 S T R U C T U R E O F W A T E R A D S O R B E D ON S I L V E R IODIDE. BAKHANOVA RA * KISELHV VI C O L L O I D J 34(3): 4 1 5 - 1 6 (19721 CA 77:066477 14-0687 STARK SPLITTING OF MILLIMETER WAVE TRANSITIONS O F WATER. BEERS Y + KLEIN GP J R E S N A T B U R S T A N D , S E C T A 76(5): 521-8 (19721 C A 78: 022113 14-0688 NEAR INFRARED SPECTRA OF WATER AND HEAVY WATER A T T E M P E R A T U R E S B E T W E E N 25 A N D 39 D E G R E E S . B E L L JT + E R O H N NA J P H Y S C H E M 74(22): 4006 PF (19701 CA 73:135525 14-0689 STUDIES OF THE MOLECULAR STRUCTURE AND SPECTRA O F ANOM~tLOUS WATER. B E L L A M Y LJ + O S B O R U A R + L I P P I N C O T T ER § BANDY AR C H E M I N D (LONDON) 1 9 6 9 ( 2 1 1 : 6 8 6 - 8 C A 71: 0 3 4 7 5 5 14-0690 E F F E C T S OF N O N E Q U I V A L E N T H Y D R O G E N B O ~ D I N G O N THE STRETCHING FREQUENCIES OF PRIMARY AMINES AND WATER. B E L L A M Y LJ § P A C E RJ S P E C T R O C H I M ACTA, P A R T A 28(I0): 1869-76 (19721 CA 78:009617 14-0691 M I C R O W A V E S P E C T R A O F H E A V y W A T E R (OXYGEN-17) H E A V y W A T E R (OXYGEN-18). BELLET J § LAFFERTY WJ § STEENBECKELI~RS G J M O L S R E C T R O E C 47(3): 3 8 8 - 4 0 2 (19731 CA 79:098744

AND

14-0692 C A L C U L A T I O N OF T H E R O T A T I O N A L C O N S T A N T S O F W A T E R e HDO, A N D H E A V Y W A T E R M O L E C U L E S IN T H E I R F U N D A M E N T A L V I B R A T I O N A L STATES. BELLET J * STEENBECKELIERS G C O M P T R E N D B 2 7 4 ( 2 5 ) : 1208-11 (IS701 (IN FRENCH) C A 74: 081~96 14-0693 M I C R O W A V E S P E C T R A OF H T O A N D T R I T I U M O X I D E R A D I O A C T I V E V A R I E T I E S O F WATER. BELLET J * STEENBECEELIERS G * STOUFFS P COMPT REND B 275(141:501-3 (19721 (IN FRENCH) CA 77:170781 14-0694 INFRARED SPECTRA OF SIMPLE MOLECULES. B E N E D I C T WS U N I V M A R Y L A N D # 1969, 43P. A D 6 9 2 9 4 3 C A 72: 0 8 4 4 7 2

14-0697 T H E IA1 E X C I T E D S T A T E S O F WATER. B I S H O P DM + WU A A J C H E M PHYS 54(7}: 2 9 1 7 - 2 4 (19711 CA 74: 130581 14-0698 IBI E X C I T E D S T A T E S O F WATER. B I S H O P DM + WU A A TBEOR CHIM ACTA 21(31:287-300 C A 75: 010137

(19711

14-0699 S P E C T R O S C O P I C P R O P E R T I E S . (OF A Q U E O U S SOLUTIONS) B L A N D A M E R M J + F O X ~t~ P 4 5 9 - 4 9 4 OF F R A N K S F ( E D ) , WATER, A C O M P R E H E N S I V E TREATISE, V O L 2, PLENUM, NY, 1972. 14-0700 H Y P E R F I N E S T R U C T U R E O F HDO, H E A V Y WATER, A N D D E U T E R A T E D H Y D R O G E N S E L E N I D E BY B E A M M A S E R SPECTROSCOPY. BLUYSSEN HJA T H O B E U O F F S E T PRESS, N I J M E G E N , N E T H E R L A N D S , 1968, 92P. C A 71: 1 3 0 6 3 9 14-0701 E F F E C T OF T E M P E R A T U R E A N D PRESSUP~E O N T H E VIBRATIONAL ROTATIONAL SPECTER OF THE S U P E R C R I T I C A L P H A S E O F WATER. BONDARENKO G V 9 G D R E A T Y I Y U E + E D E L S H T E I N VM D O K L P a Y S U H E M 214(2): 30-3 (19741 CA 80:101839 14-0702 I N F R A R E D S P E C T R A OF N U - 3 W A T E R - H a G A T H I G H P R E S S U R E S A N D TEMPF~RATURES. BONDAREUKO GV + GORBATYI YUR D O K L A K A D N A U K S S S R 210(I): 132-5 < P A Y S C H E M > {1973} (IN RUSSIAN) C A 79: 0 4 7 4 5 3 I~-0703 RESOLt~IION O E A N I N F R A R E D B A N D O F W A T E R DEUTERIUM iNTO HYDROGEN BONDED AND NONBONDED COMPONENTS. BONNER OD J PaYs CHEM 76(81:1228-9 (19721 C A 76: 160322 14-0704 COBRESPQNDEUCE OF FUND~ENTAL AND COMBINATION B A N D S I N T H E iNFR~/{ED S P E C T R A O F L I Q U I D W A T E R A N D H E A V Y WATER. HONNER OD I N F R A R E D P a Y s 12 (2) : 109-14 (19721 C A 77: 0 8 1 6 8 9 14-0705 INFRARED SPECTRA OF LIQUID WATER AND DEUTERIUM OXIDE. B O N N E R GD + C U R R y J D INFRARED P H Y S 10 (2): 91-4 (19701 C A 73: 0 9 3 0 4 2 14-0706 EFFECT OF IONS ON WATER STRUCTURE. BONDER OD + JUMPER CB I N F R A R E D P H Y S 13 (3): 233-42 (1973) C A 79: 1496~4

(SPECTRA)

Section 14. Spectra 14-0707 RYDBERG STATES IN WATER. BORING M % WOOD JE + MOSKOWITZ JW J C H E M P S Y S 58{11) : 5 1 6 3 - 6 (1973} CA 79:025108

665

§ CONNOLLu

JWD

14-0708 OVERLAP EMISSIVITY OF CARBON DIOXIDE AND WATER I N T H E 15 M I C R O M E T E R S P E C T R A L R E G I O N . BRASLAH N I B M J R E S D E V E L O P 16 {2): 180-3 (1972) C A 77: 0 2 7 2 7 3 Iq-0709 ROTATION AND VIBRATION SPECTRUM FOR DIMER. BRAUN WC A M E R U N I V F H D T H E S I S , 1973, 184P. C A 81: 1 2 9 4 2 2 R

TEE WATER

Iq-0710 ROTATION AND VIBRATION SPECTRA FOR TEE WATER D I M E R . T H E O R Y A N D COMPAICISON W I T H E X P E R I M E N T A L DATA. BRAUN WC 9 LEIDECKER HW J C H U M P H Y S 6 1 ( 8 ) : 3 1 0 ~ - 1 3 (197~} C A 81: 1 7 9 3 5 7 14-0711 STRUCTURAL RELAXATION IN WATER AND IONIC SOLUTIONS. BREITSCHWERDT KG P 4 7 4 - 9 1 O F INT S y M P O N S T R U C T U R E O F W A T E R A N D AQUEOUS SOLUTIONS, LUCK WAP(ED)# VERLAG CHEMIE, 1974. 14-0712 T R A N S I E N T S T I M U L A T E D H A M A N S C A T T E R I N G IN L I Q U I D S AND EVALUATION OF PICOSECOND PULSE DURATION. BRET GG + WEBER HP I E E E J Q U A N T U M E L E C T R O N q ( 1 1 ) : 8 0 7 - 1 0 (1968) C A 70: 0 7 2 6 5 4

14-0713 BENDING ROTATION HAMILTONIAN FOR TEE TRIATOMIC MOLECULE AND APPLICATION TO HYDROCYANIC ACID AND WATER. BUNKER PR § STONE JMH J M O L S P E C T R O S C 4 1 ( 2 ) : 3 1 0 - 3 2 (1972) C A 76: 0 6 5 6 0 4 14-0714 ABSORPTION OF INFRARED RADIANT mERGE DIOXIDE AND WATER. PART-3: ABSORPTION B E T W E E N 0.5 A N D 36 C M - I . BURCH DL J O P T S O C A M E R 5 8 ( 1 0 ) : 1 3 8 3 - 9 4 (1968) C A 69: 1 0 1 2 6 4 U

B Y CAP.BUN BY W A T E R

14-0715 INFRARED STUDIES OF WATER HOUND TO SOME EXTRACTED PHENANTHROLINE AND PEERANTHRCLINE CHELATES. BURCHETT S § MELOAN CE J I N O R G N U C L C S E M 3 4 ( 4 ) : 1 2 0 7 - 1 3 (~972) C A 77: 0 1 3 3 6 5 14-0716 N E A R INFPJ~RED S T U D Y O F V E R Y D I L U T E S O L U T I O N S A N D GASES WITH A DEVICE ADAPTED TO THE CARY-14 SPECTROMETER. BGRNEAU A § CORSET J + LIMOUZI J M E T H O D P H Y S A N A L 7 ( I ) : 3 3 - 9 (1971} (IN F R E N C H } C A 75: 0 ~ 2 6 3 5

14-0717 ViBRATIONA~L SPECTRA AND ANHAUMONICITY OF W A T E R u H E A V Y W A T E R , A N D H E A V Y W A T E R IN D I L U T E SOLUTIONS. BURNEAU A 9 CORSET J C H E M P H Y S L E T T 9 ( 2 ) : 9 9 - I 0 2 (1971) C A 75: 0 4 2 6 4 9

14-0718 NEAR INFRARED STUDIES OF WATER AND MIXED SOLVENT SYSTEMS. BURNEAU A + CORSET J J C H E M P H Y S 5 8 ( 1 2 ) : 5 1 8 8 - 9 (1973)

THE USE OF

14-0719 VIBRATION SPECTRA AN D STRUCTURE OF LIQUID WATER. C2~BANA A § J O L I C O E U R C C A N S P E C T R O S C 12(3}: 9 4 - 1 0 0 (1967) (IN F R E N C H ) C A 69: 6 5 4 3 A 14-0720 THE 3-NU-2 BAND OF WATER (OXYGEN-16}. CAMY-PEYRET C § FLAUD JM S P E C T R O C H I M A C T A , P A R T A 29{9} : 1 7 1 1 - 1 5 CA 80: 008701

(1973)

1~,-0721 HIGH RESOLUTION FOURIER TRANSFORM SPECTRUM WATER BETWEEN 2930 A~D 4255 CM-I. CA/4Y-PEYRET C + FLAUD JM + GUELACHVILI G § AMIOT C M O L P H Y S 2 6 ( 4 } : 8 2 5 - 5 5 (1973} CA 79:151129

OF

14-0722 THE NU-2 FUNDAMENTAL VIBRATION- ROTATION BAND PERTRITIATED WATER. CARPENTER RA 9 GAILAR NM + MORGAN HW + STAATS J M O L S P E C T R O S C 4 4 ( 2 ) : 1 9 7 - 2 0 5 (1972) C A 77: 1 7 8 8 1 8 14-0723 EFFECT OF COMPTON SCATTERING ON HIGH X-RAY FLUORESCENT WATER. CARR-BRION KG X - R A Y S P E C T R O M 3 (2) : 8 8 - 9 (197~) C A 81: 5 6 0 0 7 X

OF FA

ENERGY

14-0724 MILLIMETER WAVE FOURIER TRANSFORM SPECTROSCOPY FOR STUDIES OF TEE LIQUID STATE. {CHLORO B E N Z E N E , WATER) CHAMBERLAIN JE § GEBBLE HA * PARDOE GWF 9 DAVIES M C H E M P H Y S L E T T 1 (11) : 5 2 3 - 5 (1968) C A 89: I 4 1 9 0 Y 14-0725 SUBMILLIMETER WAVE REFRACTION OF LIQUIDS. CHAMBERLAIN JE C H E M P H Y S L E T T 2 (7): 4 6 4 - 8 (1968) CA 70:042391 I~-0726 DIRECT MEASUREMENT OF REFRACTION SPECTRUM OF LIQUID WATER AT SHBMILLIMETER WAVELENGTHS. CHAMERLAIN JE § ZAFAR MS * HASTED JB NATURE (LONDON), FHYS SCI 243(129): 116-17 (1970) CA 79:059442

14-0727 N E A R INFP-%RED S T U D I E S O F T H E S T R U C T U R E O F W A T E R . PART-3: MIXED SOLVENT SYSTEMS. RANT-4: WATER IN RELATIVELy NONPOLAR SOLVENTS. CHOPPIN GR + DOWNEY JR + VIOLANTE MR J C H E M FNYS 5 6 ( 1 2 ) : 5 8 9 0 - 8 , 5 8 9 9 - 9 0 4 (1972} C A 77: 0 2 6 7 1 6 t~-0726 NEAR INFRARED SPECTRA OF WATER. COMMENTS. CMOPPIN GR + VIOLANTE MR J C H E M P E Y S 5 8 ( 1 1 ) : 5 1 8 9 {1973) C A 79: 0 3 6 6 8 5

REPLY

TO

14-0729 THEORETICAL INTERPRETATION OF THE OPTICAL ELECTRON SCATTERING SPECTRA OF WATER. CLAyDON CR + SEGAL GA + TAYLOR HS J C H E M P H Y S 54(9): 3 7 9 9 - 8 1 6 {1971) CA 74: 132665

AND

666

Bibliography on Physical and Chemical Properties of Water: 1969-1974

1~-0730 STIMULATED ~ SCATTERING IN WATER. COLLES MJ P32~-33 OF INT SyMP OH STRUCTURE OF WATER AND AQUEOUS SOLUTIONS, LUCK WAP(ED), VERLAG CHEMIE# 1974. 14-0731 S T I M U L A T E D P,A M A N S P E C T R A F R O M W A T E R , H E A V Y WATER, }{DO AND S O L U T I O N S O F S O D I U M C H L O R A T E WATER AND HEAV~ WATER. COLLES MJ § WALRAFEN GE * WECHT KW C H E M P B Y S L E T T 4 ( 1 0 } : 6 2 1 - 4 (1970} CA 72:095013

IN

14-0732 SECONDARY EMISSION OF WATER BE ELECTRON BOMBARDMENT. COLLET LH § LEMPERIERE G C O M P T R E N D B 2 7 0 ( 2 4 } : 1 5 3 2 - 5 (1970) [IN F R E N C H ) C A 73: 0 9 2 5 9 4 14-0733 COMPTON PROFILE OF WATER. COOPER M + ROUX M + CORNILLE M + TSAPLINE P H I L M A G 18 (152): 3 0 9 - 1 2 (1968) CA 69:61627F

B

14-073q ELECTRON INDUCED CASCADE SHOWERS IN WATER AND ALUMINUM. CRANNELL CJ + CRANNELL H + WHITNEY RR + ZEMAN HD PHYS REV184(2): 4 2 6 - 3 1 (1969) C A 71: 1 0 8 1 3 3 14-0735 RAMAN SPECTROSCOPIC STUDIES H E A V Y W A T E R A N D HDO. CUNNINGHAM KM Y A L E U N I V P H D T H E S I S , 1972, CA 77:107~74

OF

LIQUID

OF WATER AND VERLAG CHEMIE,

14-0737 POSSIBLE MOTIONAL EFFECTS ON THE VIBRATIONAL SPECTRUM OF WATER IN THE FUNDAMENTAL S~RETCHING REGION. DAVID JG S P E C T R O C E I M A C T A , P A R T A 28 (5): 9 7 7 - 8 5 (1972) C A 76: 1 6 0 3 3 8

14-0738 SUBMILLIMETER AND MIL~METER WAVE ABSORPTION S O M E P O L A R A N D N O N P O L A R L I Q U I D S M E A S U R E D BY FOURIER TRANSFORM SPECTROSCOPY. DAVIES M + PARDOE GWF + CHAMBERLAIN JE GEBBIE HA TRANS FARADAY SOC 66:273-92 (1970) 14-0739 ~LILLIMETER AND SUBMILLIMETER WAVELENGTH SPECTRUM AND MOLECULAR CONSTANTS OF TRITIUM OXIDE. DE LUCIA FC § BELMINGER P + GORDY W + MORGAN § STAATS PA P H Y S R E V A 8(6): 2 7 8 5 - 9 1 (1973) C A 80: 0 5 4 2 4 2

SPECTRUM P § COOK (1972)

14-0742 SUHMILLIMETER MICROWAVE SPECTRUM (OXYGEN-18). D E L U C I A FC + H E L M I N G E R P 9 C O O K P H E S R E V A 6(4): 1 3 2 4 - 6 (1972) CA 77: 120227

OF WATER. RL + GORDY

W

OF WATER RL § GORDY

W

14-0743 TANDEM MASS SPECTROMETER STUDY OF DEUTERATED HYDRONIUM ION AND SOLVATED DERIVATIVES. DEPAZ M § LEV~THAL JJ § FRIEDMAN L J C H E M P E Y S 51{9): 3 7 4 8 - 6 1 (1969) C A 72: 0 0 7 1 7 6 14-07~4 STIMULATED TWO- AND THREE-PHOTON RAMAN SCATTERING OF ULTRASHORT LIGHT PULSES IN WATER. D N E P R O V S K I I V S § K A R M ~ N Y A N K V § N U R M I N S K I I II I Z V A K A D N A U K A R M SSR, F I Z 7(5): 3 4 8 - 5 3 (1972) (IN R U S S I A N ) C A 78: 1 1 7 3 9 0 1q-07~5 INFRARED EMISSION SPECTRA OR THE NEUTRALIZATION REACTION HYDROGEN ION § HYDROXYL ION = WATER § 13.36 ECAL/MOLE. DOMAN MJ P R O C M O N T A N A A C A D $ C I 31: 1 3 3 - 4 (1971) CA 77:081645 14-0746 C O M P A R I S O N O F N E A R A N D E A R Ih~FR~.RED S P E C T R A L DATA FOR THE WATER MOLECULE. DOWLING JM J M O L S P E C T R O S C 3 7 ( 2 ) : 2 7 2 - 9 (1971} C A 74: 0 5 8 8 7 7

WATER,

249P.

14-0736 FAR INFRARED SPECTRUM OF WATER. CURNUTTE B + WILLIAMS D P208-21 OF INT SYMP ON STRUCTURE AQUEOUS SOLUTIONS, LUCK WAB(ED), 1974.

lq-0741 SUBMILLIMETER MICROWAVE DE LUCIA FC * HELMINGER P H Y S R E V A 5(2): 4 8 7 - 9 0 C A 76: 0 7 8 8 1 9

OF

1~-0747 S I N G L E LINE, E A R I N F R A R E D W A T E R L A S E R . DOWNEY GD + ROBINSON DW C H E M P H Y E L E T T 2 4 ( I ) : 1 0 8 - 1 0 (197~) C A 80: 1 3 9 2 7 8 14-0748 S P E C T R A OF S O L U T E W A T E R A N D M E T H A N O L . D O W N E Y JR F L O R I D A S T A T E U N I V P E D T H E S I S , 1972, 1639. C A 78: 1 0 3 9 3 3 14-0749 P E A K A S S I G N M E N T S OF H E A V Y W A T E R A N D H D O IN RELATIVELY NONPOLAR SOLVENTS. DOWNEY JR ~ CBOPPIN GR S P E C T R O C E L M A C T A , P A R T A 30 (I): 3 7 - 4 2 (1974) CA 80:126335 14-0750 SPLITTING OF INFRARED ABSORPTION BY A N I O N S . DRYJANSKI P § KECEI Z R O C Z C H E M ~ 4 ( 5 5 ) : 1 1 4 1 ~ 3 (1970} C A 73: 1 2 5 2 2 7

EW

1q-OTtO MILLIMETER AND SUBM~LLIMETER WAVE ROTATIONAL SPECTRUM AND CENTRIFUGAL DISTORTION EFFECTS OF HDO. DE LUCIA FC 9 COOK RL + HELMINGER P + GORDY W J C R E M P H Y S 5 5 ( 1 1 ) : 5 3 3 q - 9 (1971) C A 75: 1 5 6 5 0 3

BANDS

OF WATER

14-0751 E F F E C T O F P E R C E L O R A T E S ON T H E I N F R A R E D B A N D S O F WATER. PART-I: CATIONIC EFFECT. pART-2: ORIGIN OF BAND SPLITTING. PART-3: STRUCTURAL MODEL. DRYJANSKI P § KECKI Z R O C Z C H E M 4 3 ( 5 } : 1 0 5 3 - 6 1 (1969); 4 6 ( 4 ) : 6 7 1 - 8 2 (1972) (IN P O L I S H ) ; J M O L S T R U C T 12(2): 2 1 9 - 3 3 (1972) C A 71: 0 8 6 2 5 6 ; 77: 1 2 0 2 9 0 , 0 6 8 0 0 0 14-0752 I N F R A R E D S P E C T R A OF W A T E R F I L M S I N A S T R E T C H I N G VIBRATION REGION. D U B O V I K O V NI 9 P E R E V E R T A E V V D I Z V V Y S S E U C H E B ZA%r~D, F I Z 16(1): 1 3 1 - 3 (1973) (IN R U S S I A N } C A 78: 142118

Section 14. Spectra

667

14-0753 SHORT TERM SPECTROSCOPIC INVESTIGATION OF THE E X C I T A T I O N P R O C E S S E S IN M O L E C U L A R H Y D R O G E N , WATER, A N D A R G O N D I S C H A R G E S . D U N K E N H 9 T I L L E R HJ R H V R O U M P H Y S 15 (8): 927-~4 (1970) (IN GERMAN) C A 74: 081521

14-0764 LOW FREQUENCY INFRARED ABSORPTION HANDS OF WATER OF C R Y S T A L L I Z A T I O N A T L O W T E M P E R A T U R E . EUKUSEIMA K B U L L C R E M S O C J A P 44(2): 372-4 (1971) C A 74: 132651

14-0754 MICROWAVE SPECTRUM AND STRUCTURE OE HYDROGEN B O N D E D W A T E R DIMER. D Y K E T R § M U E N T E R JS J C H E M PHYS 60(7): 2 9 2 9 - 3 0 (1974) C A 81: 8 0 2 1 A

14-0765 M I L L I M E T E R W A V E S P E C T R O S C O P Y OF R O T A T I O N A L T R A N S I T I O N S IN E X C I T E D V I B R A T I O N A L S T A T E S O F WATER. GALLAGHER JJ G E O R G I A I N S T T E C H N O L , 1973, 85P. A D 7 6 4 6 8 7 / 0 CA 80:008671

14-0755 I N F R A R E D S P E C T R A O F W A T E R D I S S O L V E D IN G E R M A N I U M THTRACHLORIDE. E F R E M O V V A 9 E F R E M O V A A 9 K A R E T I H K O V GS TR M O S K K H I M - T E K H N O L I N S T 71: 118-20 (1972) (IN RUSSIAN) C A 80: 101962

14-0766 MEASUREMENT OF FARADAY ROTATION IN MEGAGAUSS FIELDS OVER ~HE CONTINUOUS VISEBLE SPECTRUM. (LITHIUM F L U O R I D E , W A T E R , QUARTZ) G A R N W E + C A R I D RS § F O W L E R C M * T H O M S O N DB R E V SCI I N S T R S M 39(9): 1313-17 (1968) C A 69: 8 1 9 7 3 U

14-0756 DIRECT MEASUREMENTS OF LIFETIMES OF EXCITED L E V E L S IN WATER(e) ION. ERMAN P § BRZOZOWSKI J P H Y S L E T T A ~6(2): 7 9 - 8 0 (1973) C A 80: 0 7 6 2 0 8

14-0767 INFRARED SPECTROSCOPIC D~MONSTRATION OF CONTACT C O M P L E X E S O E W A T E R I N S L I G H T L Y POI~%~R S O L V E N T MIXTURES. GENTRIC E § iE NARVOR A § SAUMAGNE P C O M P T R E N D E 270(21): 1 3 3 2 - 4 (~970] (IN FRENCh) CA 73:093047

14-0757 A T T E N U A T I O N O F I N F R A R E D R A D I A T I O N HE A ~ M C S P H E R I C H A Z E I N SPECTR/hL R E G I O N S C O I N C I D I N G W I T H T E E P O S I T I O N OF A B S O R P T I O N B A N D S O F L I Q U I D WATER. F I L I P P O V V L + M I R U M Y A N ~ S SO I Z V A K A D N A U K SEER, FIE A T M O S O K E A N A 7(I): 88-91 (1971) (IN RUSSIAN} C A 75= 0 2 7 6 1 7 14-0758 REVIEW OF VIBRATIONAL CROSS SECTIONS INVOLVING WATER, C A R B O N D I O X I D E , H Y D R O G E N , C A R B O N M O N O X I D e , A N D HELIUM. FISHER ER W A Y N E S T A T E UNIV, 1972, 30P. A D 7 5 2 2 3 9 CA 78:115292 14-0759 N E A R I N F R A R E D S P E C T R O S C O P I C I N V E S T I G A T I O N O F THE E F F E C T OF T E M P E R A T U R E ON T H E S T R U C T U R E O E WATER. FISHER H § MCCABEE WC + SUBRAMANIAN S J P H Y S C B E M 74(25): 4 3 6 0 - 9 (1970) CA 74:026374 14-0760 NEAR INFRARED SPECTRA OF WATER AND AQUEOUS SOLUTIONS. F I T Z P A T R I C K BJ U N I V M A R Y L A N D P H D THESIS, 1968, I09P. C A 70: 0 9 1 9 2 3 14-0761 T H E 2-NU-2, NU~ AND NU-9 BANDS OF WATER (OXYGEN-16). R O T A T I O N A L S T U D Y O F T E E (000) (020) STATES. FLAUD JM + CAMy-PEYRET C M O L P H Y S 26(4): 8 1 1 - 2 3 (1973) C A 79: 151158

AND

14-0762 E X T E N D E D G R O U P F U N C T I O N C A L C U L A T I O N S ~ O R WATEE, AMMONIA, AND METHANE. FRANCHINI PF 9 MOCCIA R 9 ZANDOMENEGHE M INT J QUANTUM CHEM ~(~: 4S7-501 (1970) CA 73: 123673 14-0763 D I E L E C T R I C M E A S U R I N G A P P A R A T U S F O R L I Q U I D S AT MILLIMETER WAVE REGION AND SOME EXPEBIEENTAL RESULTS. FUJIMURA T + KINOSHITA N TOHOKU DAIGAKU KAGAKU KEISORU KENKYUSHC HOKOKU 18(2-3): 95-115 (1970) C A 73: 092571

14-0768 INFRARED SPECTROSCOPIC STUDIES OF THE BENDING M O D E S O F WATER. GENTRIC E * LE NARVOR A * SAUMAGNE P J C H E M SOC E A R A D A Y T R A N S 2 70(7): 1191-7 (1974) C A 81: 129234F 14-0769 A L L E G E D R E S O L U T I O N O F A N INFR/~RED B A N D O F HDO. GIGUERE PA J P H Y S C H E M 76(24}: 3675 (1972) CA 78:009638 14-0770 WATER, NDO, A N D M E T H A N O L iNFRAI{ED S P E C T R A A N D CORRELATION WITH SOLVENT BASICITY AND HYDROGEN BONDING. G L E W DN + R A T H NS C A N J C H E M 49(6): 8 3 7 - 5 6 (1971) C A 74: 117795 14-0771 RYDBERG NATURE AND ASSIGNMENTS OF EXCITED STATES OF T H E W A T E R M O L E C U L E . G O D D A R D W A 9 H U N T WJ C H E M P H Y S L E T T 24(4): 464-71 (1974) CA 80:138748 14-0772 I N F R A R E D S P E C T R A OF W A T E R I N T H E N E A R C R I T I C A L REGION. GORBATYI YUE 9 EPELBAUM MB + BONDARENKO GV F207-12 OF TB SOVESHCH EKSP TEKH MINERAL P E T R O G R , 8TH, L A P I N W ( E D ) , NAHKA, MOSCOW, 1971. (IN RUSSIAN) C A 76: 092611 14-0773 MOLECULAR SPECTNA OF WATER AT HIGH PRESSUP.ES AND TEMPERATURES. G O R B A T Y I Y U E + H O N D A R E N K O GV O C E E R K I F I Z - K H I M P E T R O L O G I I N O 3: 2 0 7 - 3 1 (1973} (IN RUSSIAN) C A 79: 109758 14-0774 INFP~RED SPECTROSCOPIC STUDY OF THE STRUCTURE OF WATER. G O R B U N O V BZ + N A B E R U K E I N Y U I J S T R U C T C H E M 13(1): 18-22 (1972} C A 77: 0 1 1 7 1 2

668

Bibliography on Physical and Chemical Properties of Water: 1969-1974

14-0775 I N F R A R E D I N T E N S I T I E S OF H D O IN W A T E R NONELECTROLYTE MIXTURES. G O R B U N O V BZ § N A B E R U K H i N YUI J M O L S T R U C T 14(1}: 113-16 (1972} CA 77:170883

14-0786 INFRARED SPECTRAL ABSORPTION COEFFICIENT DATA F O R WATER. H E R G E T WF + MUIR,H E A D JS N A S A C O N T R A C T REP, 1968, 46P. N A S A - C R - 9 8 1 6 0 C A 71: 065501

14-0776 DETERMINATION OF A POTENTIAL SURFACE AND A N A L Y S I S O F A N H A R M O N I C V I B R A T I O N S OF A W A T E R MOLECULE. GRIBOV LA + KHOVRIN GV O P T S F E K T R O S K 36 (3): 475-80 (1974) (IN RUSSIAN) C A 81: 7 8 2 4 C

14-0787 DEPOLARIZATION RATIO OF THE RAMAN BANDS OF THE V I B R A T I O N OE D I A T O M ~ C MOLECULES. HOLZER W + LE DUEF y ADVAN RAMAN SPECTEOSC 1:109-14 (1972) CA 79:151180

14-0777 INFRARED SPECTRUM OF WATER AND OF ACETCNITRILE A Q U E O U S S O L U T I O N S IN THE R E G I O N O F L I B B A T I O N V I B R A T I O N S O F T H E W A T E R MOLECULE. G U R I K O V Y U V * M O I S E E V A L V + S I D O R O V A AI D O K L A K A D N A U K S S S R 182(5): 1044-7 (1968) (IN RUSSIAN) C A 70: 015458

CALCULATION OF THE MONOCHROMATIC ABSORPTION C O E F F I C I E N T IN T H E N A R R O W R E G I O N S OF T H E V I B R A T I O N A L - R O T A T I O N A L S P E C T R U M OF WATER. I P F O L I T O V II + M A K U S H K I N Y S S * O R L O V A A TR M E Z H V U Z NAUCH S O V E S H C H S P E K T R P R O Z R A C H N O S T I ATMOS VIDIMOI INFRAKRASN OBL SPEKTRA 1965:39-46 (1968} C A 71: 043913

14-0778 I N F L U E N C E O F T E M P E R A T U R E ON T H E S P E C T R U M OF WATER. HALE GM + QUERRy MR + RUSK AN + WILLIAMS D J O P T S O C A M E R 62(9} : 1103-8 (1972) C A 77: 094898

14-0789 EFFECT OE CENTRIFUGAL DISTORTION ON LINE I N T E N S I T I E S IN A - T Y P E B A N D S O F A N A S Y M M E T R I C A L TOP 9 I P P O L I T O V IT + M A K U S R K I N Y U S IZV Vu S C E E B ZAVED, F I Z 13(10): 19-24 (1970) (IN RUSSIAN) CA 74:058839

14-0788

14-0779 P U R E R O T A T I O N A L S P E C T R U M O F W A T E R F R O M 108 TO 40 MICROMETERS. HALL RT § DOWL~NG JM J C H E M P H Y S 52(3): 1161-5 (1970) CA 72:084457

14-0780 C A L C U L A T I O N O F T H E R Y D B E R G S T A T E S OF WATER. HARADA y B U S S E I 9(8): 4 0 8 - 1 6 (1968) C A 70: 0 9 1 8 6 8 14-0781 CORRELATION BETWEEN MOLECULAR AND ATOMIC RYDBERG LEVELS. PART-I: AN A N A L Y S I S O F T H E R Y D B E R G S T A T E S O F WATER. HARADA Y + M ~ JN M O L P H Y S 14(2}: 153-64 (1968) C A 69: 1 3 0 0 1 A 14-0782 DIELECTRIC RELAXATION SPECTRA OF WATER ADSORBED ON LYSOZEME~ H A R V E Y SC + N O E K S T R A P J P H Y S C H E M 76(21): 2987-94 (1972)

CA 77:

157610

14-0783 RELAXATION OF THE ASYMMETRIC STRETCHING VIBRATION OF CARBON DIOXIDE BY COLLISIONS WITH W A T E R , H E A V Y W A T E R , A N D HDO. HELLER DF + MOORE CB J CH~ PHYS 5 2 ( 2 ) : 1005-6 (1970) CA 72:072796

1~,-0784 C O L L E C T I V E O S C I L L A T I O N I N L I Q U I D WATER. H E L L E R J M § H A ~ R N + BIRd(HUFF R D J C H E M P H Y S 60(9) 3 4 8 3 - 6 (1974) C A 81: 43420B

14-0790 R O T A T I O N A L T R A N S I T I O N IN A N A S Y M M E T R I C TOP M O L E C U L E BY E L E C T R O N C O L L I S I O N . A P P L I C A T I O N S T O WATER AND FORMALDEHYDE. ITAKAWA M J F H Y S S O C J A P 32 (I): 2 1 7 - 2 6 (1972)

14-0791 M O L E C U L A R M O T I O N IN A L I Q U I D M E D I U M S T U D I E D BY M E A N S O F I N F R A R E D V I B R A T I O N A L B A N D WIDTHS. pART-I: B E N T T R I A T O M I C M O L E C U L E S , S U L F U R D I O X I D E , WATER, H E A V Y WATER, JACOB J § LECLERC J * VINCENT-GEISSE J J C H I M F H Y S R E Y S I C O C H I M B I O L 66(5): 9 7 0 - 7 (1969} CA 7 1 : 0 8 6 2 5 7 14-0792 INFRARED STUDIES OF HYDROGEN BONDING BETWEEN WATER AND SOME ORGANIC COMPOUNDS~ JWILI ETP + FORD TA IN S Y M P M O L S P E C T R O S C , 1973 PROC, 7P, C O G N C SCI I N D R E S # P R E T O R I A , S O U T H AFRICA, 1973. CA 81:179457 14-0793 DIRECT SPECTROSCOPIC EVIDENCE FOR A DEUTERIUM SOLVENT EFFECT ON THE LIFETIME OF SINGLET OXYGEN IN WATER. KAJIWARA T + KEARNS DR J A M E R C E E M SOC 95(18}: 5886-90 (1973) C A 79: 109871 14-0794 ELECTRONIC QUENCHING AND THE ROTATIONAL R E L A X A T I O N R A T E O F H Y D R O X Y L ~ (2 SIGMA(+} } P R O D U C E D BY T H E V A C U U M U L T R A V I O L E T F H O T O D E C O M P O S I T I O N O F WATER. KANEKO M + MORI E + TANAKA I J C H E M PEyS 48(10) : 4 4 6 8 - 7 3 (1968) C A 69: 4 7 8 6 2 X

14-0785 I N F R A R E D A B S O R P T I O N OF W A T E R M O L E C U L E S A N D H Y D R O X Y L GROUPS/ I N I N O R G A N I C C O M P O U N D S . HENNING O W I S S Z E O C H S C H A R C H I T E K T BAUW, W E I M A R 15 (I): 53-61 (1968) C A 70: 0 0 7 7 2 7

14-0795 ABSORPTION AND PHOTOIONIZATION CROSS SECTIONS FOR WATER AND HEAVY WATER IN THE VACUUM ULTRAVIOLET. K A T A Y A M A DN + H U F F M A N RE + O ~ E R Y A N C L J C H E M P H Y S 59(8): 4 3 0 9 - 1 9 (1973) C A 80: 05~249

Section 14, Spectra

669 1~,-0807 CLASSICAL CALCULATIONS OF WATER ROTATIONAL E X C I T A T I O N IN E N E R G E T I C A T O M - M O L E C U L E COLLISIONS. KOLB CE + BAUM HR + TA/T KS J C H E M P H Y S 5 7 ( 8 ) : 3 4 0 9 - 1 6 (1972) CA 77:145672

14-0796 THE WATER MOLECULE. (STRUCTURE, SPECTRUM) KERN CW + KARPLUS M P21-91 OF FELIX F(ED}, WATER, A COMPREHENSIVE T R E A T I S E , V O L I, P L E N U M , NY, 1972. CA 78:008079 14-0797 SPECTRA OF HIGH ENERGY ELECTRON KESSARIS ND U S A E C , 1969, 13P. N Y O - 9 1 0 - 1 3 1 CA 72:095784

BEAMS

IN W A T E R .

14-0798 EFFECT OF NONPOLAB GROUPS OF NONELECTROLYTE MOLECULES ON THE INFRARED ABSORPTION SPECTRUM WATER. KHALOIMOV AI + SIDOROVA AI M O L F I Z B I O F I Z V O D S I S T I: 2 4 - 9 (1973} (IN RUSSIAN} C A 80: 1 5 0 6 2 4 ; 81: 1 4 1 7 5 8 N

OF

14-0799 INFRARED SPECTRUM OF MELT WATER. K H E N T O V V Y § K R I U L K O V V A § G U N B I N YV + SHARDIN GN + NIKITASH VG K O L L O I D ZH 3 6 ( 3 } : 6 0 6 - 7 (1974} (IN R U S S I A N ) C A 81: 8 3 9 2 9 14-0800 I N F R A R E D S T U D I E S O N T H E P R E S E N C E OE M O N O M E R I C WATER MOLECULES IN LIQUID WATER= KLEISS LM + STEOBEL HA § SYMONS MCR S P E C T R O C H I M A C T A , P A R T A 29 (5): 8 2 9 - 3 4 (1973) CA 79:036767 14-0801 BOND ANGLE DEFORMATION AND HYBRIDIZATIDN WATER. KLESSINGER M C H E M P H Y S L E T T 4(3): 1 4 4 - 6 (1969} CA 72:024951 14-0802 ROTATIONAL CORRELATION MOTION IN LIQUID ADSORBED WATER. KLIER K J C E E M P S Y S 5 8 ( 2 ) : 7 3 7 - 4 3 (1973) C A 78: 0 7 7 6 6 5

IN

AND

14-0803 ELECTRON ATTACHMENT- MASS SPECTROGRAPHIC INVESTIGATIONS ON CLUSTER FORMATION IN WATER. KLOSE M § TUEMMLER R I N T J M A S S S P E C T R U M I O N P H Y S 8(I): 7 3 - 9 (1972) (iN G E R M A N ) CA 76:078232 14-0804 TRIPLET EXCITATION OF WATER AND METHANOL BY LOW ENERGY ELECTRON IMPACT SPECTROSCOPY. KNOOP FWE§ BRONGERBMA HH + OOSTEREOFF LJ C H E M P H Y S L E T T 1 3 ( I ) : 2 0 - 3 (1972) C A 76: 1 1 9 6 7 2 14-0805 C H A N G E S IN T H E N E A R I N F R A R E D S P E C T R U M OF W A T E R UNDER THE ACTION OF DISSOLVED NONELECTROLYTES. KOCSNEV IN S T R U K T R O L V O D Y Z H I V O M O R G A N I Z M E N O 3: 8 - 1 6 (1970) (IN R U S S I A N ) C A 75: 0 1 2 7 9 1 14-0806 A S S I G N M E N T O F T H E S T R E T C H I N G B A N D I~ T E E SPECTRUM OF LIQUID WATER. KOCHNEV IN + SIDOROVA AI S T R U K T R O L V O D Y Z H I V O M O R G A N I Z M E N O 3: 1 0 4 - 7 (1970) (IN R U S S I A N ) C A 74: I q 8 6 1 4

14-0808 EFFECT OF SEVERAL IONS ON THE STATE OF WATER IN E L E C T R O L Y T E S O L U T I O N S S T U D I E D U S I N G THE COMPENSATION METHOD OF MULTIPLE ATTENUATED TOTAL INTERNAL REFLECTION SPECTROPHOTOMETRY. KOZHEVNIKOVA GV + MIERAILOV BA § BUREDV KA M O L F I Z B I O F I Z V O D S I S T 1 9 7 3 ( 1 ) : 7 9 - 8 3 (IN RUSSIAN) C A 81: 3 0 4 2 8 K 14-0809 CALCULATION OF INERTIA DEFECTS AND VIBRATIONALROTATIONAL INTERACTION CONSTANTS OF HYDROGEN SULFIDE, HYDROGEN SELENIDE, WATER MOLECULES AND THEIR ISOTOPIC DERIVATIVES. ~EDENTSER El § S V E R D L O V L M J S T R U C T C.BEM 12(1): 5 5 - 6 0 (1971} C A 7q: 1 3 2 6 4 8 14-0810 MEASUREMENT OF THE MOLECULAR G VALUES IN WATER AND HEAVY WATER AND HYPERFINE STRUCTURE IN WATER. KUKOLICH SG J C H E M P H Y S 5 0 ( 9 ) : 3 7 5 1 - 5 (1969) CA 71:017410 14-0811 M I C R O W A V E S P E C T R A OF L O W I N T E N S I T Y T R A N S I T I O N S OF THE HEAVY WATER MOLECULE. STUDY OF THE M O L E C U L E IN T H E N U - 2 V I B R A T I O N A L S T A T E . LAFFERTy WJ + BELLET J § STEENDECKELIERS G C O M P T R E N D B 2 7 3 ( 1 1 } : 3 8 8 - 9 1 (1971} (IN F R E N C H } C A 75: 1 4 5 6 9 8 14-0812 GENERALIZED OSCILLATOR STRENGTHS FOR 7.4 EV E X C I T A T I O N O F W A T E R A T 300, 400, A N D 5 0 0 E V KINETIC ENERGY. SIEGLET TRIPLET ENERGY DIFFERENCES. LASSETTRE EN + SKERBELE A J C H E M P H Y S 6 0 ( 6 ) : 2 4 6 4 - 9 (1974} CA 80:150854 14-0813 STUDY OF BINARY MIXTURES OF WATER WITH SEVERAL PROTON ACCEPTORS BY INFRARED SPECTROSCOPY IN THE R E G I O N O F H Y D R O X Y L S T R E T C H I N G BANDS. LE NARVOR A + GENTRIC E § SAUMAGNE P C A N J C S E M 4 9 ( 1 1 ) : 1 9 3 3 - 9 (1971) (IN F R E N C H ) CA 75:042637 14-0814 SECONDARY E M I S S I O N OF WATER (INDUCED) BY ELECTRON BOMBARDMENT. LEMPERIERE G J P H Y S (PARIS} 3 1 ( 1 1 - 1 2 ) : 1 0 3 3 - 9 (1970) (IN FRENCH) C A 74: 0 9 2 4 5 2 14-0815 VIBRATIONAL FREQUENCIES OF WATER CLUSTERS. LENTZ BR + HAGLER AT § SCHERAGA HA J P B Y S C H E M 7 8 ( 1 8 ) : 1 8 4 4 - 7 (1974) C A 81: 1 2 9 2 6 5 S 14-0816 SPECTRUM OF WATER*. LEW H § EEISER I J C H E M R H Y S 58(3): 1 2 4 6 - 7 C A 78: 1 0 4 0 4 3

(1973}

14--0817 ~VIDENCE FOR THE TRIPLET STATE OF WATER ELECTRON REFLECTION SPECTROSCOPY. LEWIS D 9 HAMILL WE J C H E M P S Y S 5 1 ( 1 ) : 4 5 6 - 7 (1969) CA 71:065700

BE

670

Bibliography on Physical and Chemical Properties of Water: 1969-1974

14-0818 GLASSY WATER R ~ SPECTRUM FROM A TRAPPED LASER BEAM. LI PC 9 DEVLIN JR J C H E M P ~ Y S 59(I}: 5 4 7 - 8 (1973) CA 7 9 : 0 9 8 7 8 1

14-0829 TEMPERATURE DEPENDENCE OF HEAVY WATER AND HDO SPECTRA IN THE NEAR INFRARED UP TO THE SUPERC/~ITICAL REGION. LUCK WAR § DiTTER W Z N A T U R F O R S C H B 24(5): 4 8 2 - 9 4 (1969} CA 71:043758

14-0819 RAMAN SPECTROSCOPY OF AQUEOUS ELECTROLYTE SOLUTIONS. LILLEy TB P 2 6 5 - 9 9 OF F R A N K S F(ED), WATER, A C O M P R E H E N S I V E T R E A T I S E , V O L 3, PLENUM, NY, 1972. CA 79:058191

14-0820 V I B R A T I O N A L S P E C T R U M OF W A T E R I N S I M P L E A N D S O M E DOUBLE SULFATES OF EUROPIUM, GADOLINIUM, AND TERBIUM, L I P I S L V 9 I L E A N B E N K O V S § E G O R O V VN Y U K H N E V ~ C H G V 9 V O L K VI 9 S M A N U R I N YUE J A P P L S P E C T R O S C 13(5): 1491-7 (1970) C A 74: 105001 14-0821 VIBRATIONAL SPECTRAL STUDIES OF ELECTROLYTE SOLUTIONS AND WATER SUBJECTED TO HIGH FREQUENCY ELECTRXC F I E L D S A N D T O M A G N E T I C FIELDS. L O C K W O O D BJ § I R I S H DE C H E M P H Y S L E T T 24(1} : 123-7 (1974) CA 80:150586 14-0822 T A B L E O F R O T A T I O N A L C O N S T A N T S OF S Y M M E T R I C T O P M~OLECULES G I V I N G R I S E TO M I C R O W A V E SPECTRA. L O J K O MS 9 S E E R S Y J R E S N A T B U R S T A N D , S E C T A 73(2}: 2 3 3 - 9 (1969} C A 71: 0 4 4 t 3 0

14-0823 INFRa'RED S E E C T R A O F W A T E R I N A Q U E O U S S O L U T I O N S USING INTERNAL REFLECTION SPECTROSCOPY. LOW MJD 9 YANG RT S P E C T R O S C L E T T 6(5): 2 9 9 - 3 0 3 (1973) C A 79: 0 4 7 5 0 0 14-0824 B R I L L O U I N S C A T T E R I N G IN O R D I N A R Y L I Q U I D S . LOW W J P B Y S (pARIS) 3 3 ( 2 - 3 ) ( S U P P L ) : I-5 (1972) CA 80:020928 14-0825 I N C R E A S E OF I N T E G R A T E S I N T E N S I T I E S OF W A T E R I N F R A R E D B A N D S P R O D U C E D BY H Y D R O G E N BONDING, LOWDER JE J Q U A N T S P E C T B O S C R A D I A T T R A N S F E R 11 (2} : 153-9 (1971) CA 74:093037 I~-0826 N E A R I N F R A R E D S P E C T R A O F W A T E R A N D H E A V Y WATER. COMMENTS. LUCK WAP J P E Y S C H E M 74(22} : 4006-7 (1970) C A 73: 135523 14-0827 F U N D A M E N T A L S P E C T R U M OF W A T E R A N D SOLUTIONS. LUCK WAR P222-~4 OF INT SYMP ON STRUCTURE OF WATER AND A Q U E O U S S O L U T I O N S , L U C K W A P ( E D ) , V E R L A G CHEMIE, 1974. 14-0828 T H E O V E R T O N E REGION. (OF WATER} LUCK WAP P248-85 OF iNT SYMP ON STRUCTURE OF WATER AND AQUEOUS SOLUTIONS, LUCK WAP(EDJ, VERLAG CHEMIE, 1974.

14-0830 B A N D O V E R L A P P I N G A N D W A T E R STRUCTURE. LUCK WAR 9 DITTER W J M O L S T R U C T I(4/5): 339-48 41968) C A 69: 142534 14-0831 LNFRARED ABSDRBENCE BY WATER DIMER IN CARBON TETRACHLORIDE SOLUTION. MAGNUSSON LB J P B Y S C H E M 74(24}: 4 2 2 | - 8 (1970) CA 74:017504 14-0832 TRANSIENT THRESHOLD POWER OF STIMULATED BRILLOUIN RAMAN SCATTER/NG. MAIER M + RENNER G P H Y S L E T T A 34(6): 2 9 9 - 3 0 0 (1971} CA 7 5 : 0 1 3 0 9 2 14-0833 9~NOMALOUS P E A K S C A U S E D BY E X I S T I N G WATER. (MASS SPECTROMETRY} MASUDA Y S H I T S U R Y O B U N S E K I 19(2|: 150-7 41971] (IN JAPANESE) CA 75:081598

14-0834 H Y D R O G E N BOND, I N T E R M O L E C U L A E I N T E R A C T I O N , A N D P R O T O N M A G N E T I C R E S O N A N C E W I D E L I N E S P E C T R A IN WATER. MATYASH IV + ZHOGOLEV DA § KALZNICEENKO AM E393-5 OF ~6TR AMPERE CONGR ON MAGNETIC R E S O N A N C E A N D R E L A T E D P H E N O M E N A , EEOC, 1970, U R S U I(ED), A C A D SOC R E P U E ROMANIA, B U C H A R E S T , 1971. CA 78:022269 14-0835 F O R M A T I O N BY T E R M O L E C U L A R R E A C T I O N S , B O N D D I S S O C I A T I O N ENERGY, S T R U C T U R E , A N D B O N D L E N G T H F O R H Y D R O X Y L - W A T E R A N D O X Y G E N - WATER. (MASS SPECTROMETRY) M E L T O N CE J P H Y S C H E M 76(22): 3 1 1 6 - 2 0 (1972} CA 77: 156617 14-0836 I N F R A R E D A B S O R P T I O N S P E C T R A OF T H I N F I L M S OF WATER BETWEEN MICA CRYSTALS. M E T S I K MS § S H I S H E L O V A TI § T X M O S H C H E N K O G T P 1 9 6 - 2 0 0 O F R O V E R K H S I L Y TONKIF~q P L E N K A K H D i S P E R S N Y K B SIST, SB D O K 5 K O N F P O V E R K H SILAM, 4TH# 1969, D E R Y A G I N EV(ED), NAUKA, MOSCOW, 1972. (IN RUSSIAN} CA 78: 0 0 8 1 9 5 14-0837 DEPENDENCE O~ GENERALIZED OSCILLATOR STRENGTHS O F W A T E R ON M O M E N T U M T R A N S F E R . M I E L C Z A R E K SR § M I L L E R KJ C H E M P H Y S L E T T I0(4}: 3 6 9 - 7 0 (197|) C A 75: 135593 14-0838 INTE/%PRETATION O F T H E S P E C T R A O F ICE A N D W A T E R IN T E E R E G I O N O F V A L E N C E A N D D E F O R M A T I O N VIBRATIONS. MIKSAZLOV BA § ZOLOTAREV VM S T R U K T E O L V C D Y Z H I V O M ORGANIZ~IE NO 2: 43-51

(1968) C A 72: 0 1 6 9 7 4

Section 14. Spectra

671

14-0839 DECOMPOSITION OF THE COMPONENTS OF INERARED ABSORPTION BAND CONTOURS. PART-I: CONTOURS OF T H E B A N D OF L I B R A T I O N V I B R A T I O N S D E L I Q H I D WATER. MIKHAILOV HA + ZOLOTAREV VM + GIRIN OP § BAKSSHIEV NG S T R U K T R O L V O D Y Z H I V O M O R G A N I Z M E N O 3: 2 3 - 8 (1970) (IN R U S S I A N } CA 75:012771

14-0848 RAMAN INTENSITIES OF THE UNCOUPLED HYDROXYL OSCILLATORS IN LIQUID WATER. MUNDY WC § GUTIEBREZ L +SPEDDING FB J C H E M PHYS 59(5}: 2 1 7 3 - 8 2 (1973) C A 79: 1 5 1 1 7 8 14-0849 P~EMAN S P E C T R A A N D A N A S S I G N M E N T O F T H E VIBRATIONAL STRETCHING REGION OF WATER. MURPHY WF + BERNSTEIN HJ J P H Y S C H E M 76(8): 1 1 4 7 - 5 2 (1972} C A 76: 1 3 3 8 2 3

14-0840 INCLUSION OF THE INFLUENCE OF THE EFFECTIVE FIELD OF A LIGHT WAVE ON THE LIQUID WATER S P E C T R U M IN T H E R A N G E ~ 0 0 0 - 0 . 0 1 C M - I . MIKHAILOV BA O P T S P E C T R O S C 3 2 ( 1 ) : 119 (1972) CA 76: 1 3 3 6 7 2 1~-0841 QUANTITATIVE I E M P E R A T U R E M E A S U R E M E N T S OF L I Q U I D WATER SPECTRA USING THE MULTIPLE ATTENUATED T O T A L I N T E R N A L R E F L E C T I O N A T T A C H M E N T M N P V O - I IN THE 4000-2500 CM-I RANGE. MIKHAILOV HA ~ TOLSTYED TS Z B P R I K L S P E K T R O S K 1 7 [ 4 ) : 6 7 3 - 6 (1972) (IN RUSSIAN} C A 78: 0 2 1 8 9 8 14-0842 NUMERICAL EVALUATIONS OF THE EFFECT OF SATURATION IN THE PURELY ROTATIONAL SPECTNUM OF WATER. M I K H A I L O V V M § I H P O L I T O V IT I Z V V Y S S E U C H E B L A V E D , F I Z 14(3}: 132-14 (1971} (IN R U S S I A N } CA 75:027886

14-0851 STRUCTURAL EEATURES OF WATER AS STUDIED FROM THE INFRARED ABSORPTION SPECTRA OF AQUEOUS ACETONITRILE SOLUTIONS. ~ANZIEV BN + SIDDROVA AT S T R U K T R O L V O D Y Z H I V O M O R G A N I Z M E N O 2: 1 5 - 2 5 {1968} CA 72:016941 14-0852 BENDING POTENTIAL OF A WATER MOLECULE. NEE TW J C H E M P H Y S 5 9 ( 5 ) : 2 2 4 4 - 8 (1973} C A 79: 1 4 9 6 7 4 14-0853 TWO AREAS DE DEBYE RELAXATION OF ADSORBED NEKRASOVA EG + ZHILENKOV IV R U S S J P B Y S C R ~ M 4 7 ( I } : 9 3 - 5 (1973) CA 78:140736

14-0843 ENERGY SURFACE AND GENERALIZED OSCILLATOR S T R E N G T H O F T H E IA'" R Y D H E R G S T A T E O F W A T E R . M I L L E R K J + M I E L C Z A N E K SR + K R A U S S M J C H E M P B Y S 5 1 ( I } : 2 6 - 3 2 (1969) CA 71:053679 14-0844 STRUCTURE OF WATER AND AQUEOUS SOLUTIONS OF NONELECTROLYTES STUDIED FROM INFRARED SPECTRA THE INTERMOLECULAR VIBRATION REGION. MOISEEVA LV + BRAGINSKAYA TG S T R U K T R O L V O D Y Z E L V C M O R G A N I Z M E N O 3: 1 6 - 2 2 (1970} (IN R U S S I A ~ } CA 75:,012717

14-0850 CORRELATION BETWEEN MOLECULAR AND ATOMIC RYDBERG LEVELS. PART-2: RYDBERG STATES OF WATER AND HYDROGEN SULFIDE. MURRELL JN + CONWAY A * HARADA Y Y ~ L P H Y S 2 0 ( I ) : 1 6 1 - 9 (1971} C A 74: 0 6 9 6 6 6

IN

14-0845 DEPOLARIZED RAYLEIGH SCATTERING AND HYDROGEN B O N D I N G IN L I Q U I D W A T E R . M O N T R O S E C J * BUCA/{O J A § M A B B H A L L - C O A K L E Y J + LITOVITZ TA J C H E M P H Y S 6 0 ( 1 2 ) : 5 0 2 5 - 9 (1974) C A 81: 8 3 7 7 7 E 14-0846 VACUUM ULTRAVIOLET DISSOCIATIVE EXCITATION CROSS SECTIONS OF WATER, AMMONIA, AND METHANE BY ELECTRON IMPACT. MORGAN BD + MENTALL JE J C B E M P H Y S 6 0 ( 1 2 ) : 4 7 3 4 - 9 (197~) C A 81: 8 4 1 1 7 B 1~-08~7 RELATION BETWEEN FORCE CONSTANTS IN LINEAR AND NONLINEAR VIBRATIONAL COORDINATES ILLUSTRATED EE WATER AND HEAVy WATER MOLECULES. MOROZOV VP § STORCHAI NT 9 TROFEMENKO VG + CAUNE A P 1 8 8 - 9 O F S P E K T R O S K # T R S I B S O V E S H C N , 6TH, 1968, P R I L E Z H A E V A NA(ED} # N A U K A , M O S C O W , 1873. (IN RUSSIAN} C A 79: 1 1 9 9 6 6

WATER.

14-0854 HIGH RESOLUTION VIBRATION- ROTATION SPECTRA POLYATOMIC MOLECULES. NIELSEN HH § KN O H I O S T A T E U N I V , 1968, 107P. A D 6 8 3 3 3 9 CA 71:043914 14-0855 HINDERED MOLECULAR O'RF~LLE DE J CHEM PHYS 56(6): C A 76: 1 0 4 0 7 0

ROTATION 2924-7

OF

IN LIQUIDS. (1972)

14-0856 STRUCTURE OF PRIMARY ENERGy TRANSFER FOR FAST H E A V Y IONS. p A R T - I : S L O W I N G D O W N S P E C T R A O F SECONDARY ELECTRONS iN WATER, ALUMINUM, AND COPPER. ODA N + NUMAKNNAI T § ORTANI S § KAWAI K B U L L T O K Y O I N S T T E C H N O L N O 102: 8 5 - 9 5 (1971} C A 75: 1 5 7 4 1 9 14-0857 T E M P E R A T U R E D E P E N D E N C E O F T H E 2 1 2 5 C M - I A N D 1555 CM-1 INFRARED ABSORPTION BANDS IN LIQUID WATER AND HEAVY WATER" ISOSBESTIC BEHAVIOR. ODER R * GORING DAi C A N S P E C T R O S C 15(3): 8 0 - 4 (1970} C A 73: 0 6 0 8 1 ~ 14-0858 T ~ P E P ~ % T U R E D E P E N D E N C E O F T H E 1555 C M - I I N F R A R E D ABSORPTION BAND IN LIQUID DEUTER/UM OXIDE: INFLECTION POINTS. ODER R + GORING DAI C A N J C H E M 4 8 ( 2 4 } : 3 7 9 0 - 6 (1970} CA 74:058871

672

Bibliography on Physical and Chemical Properties of W a t e r : 1969-1974

14-0859 TEMPERATURE DEPENDENCE ON INFRARED ADSORPTION B A N D C O N T O U R S O F L I Q U I D W A T E R A N D H E A V Y W A T E R IN T H E 1 0 0 0 - 2 7 0 0 CM-1 REGION. O D E R R + G O R I N G DAI S P E C T R C C R I M A C T A A 27(10): 2 1 q 9 - 5 5 (1571) C A 75: 156541

14-0860 O V E R T O N E O F T H E INFRAP~ED /~ZBRATION/bL A B S O R P T I O N I N L I Q U I D WATER. O D E R R + C O R I N G DAI S P E C T R O C H I M ACTA# P A R T A 27(I0): 2 2 8 5 - 8 (1971) CA 75:156608 14-0861 VIBRATIONAL EXCITATION OF WATER AND CARBON D I O X I D E BY M O L E C U L A R O X Y G E N (2 S I G M A - G ) . O G R Y Z L O E A § T H R U S H BA C H U M P H Y S L E f T 24(3): 3 1 4 - 1 6 (197q| C A 80: 126396 14-0862 V A C U U M U L T R A V I O L E T A B S O R P T I O N S P E C T R A OF L I Q U I D W A T E R A N D ICE. ONAKA R + TAKAHASHI T J P H Y S SOC J A R 24(3): 5 4 8 - 5 0 (1968) C A 69: 4 7 8 5 q W C H A N G E IN T H E I N T E N S I T Y O F A B S O R P T I O N BANDS IN ZNFRAP.ED S P E C T R A O F M A G N E T I Z E D WATER. OREL MA 9 KAGARLITSKAYA IV § ROEENPRL'D SSH + A R I P O V E A S A R U K H A N O V MA; U Z B K H I M ZH I~(3): 35-7 (1970) C A 73: 09277~ C H A N G E I N T H E I N T E N S I T Y O F A B S O R P T I O N B A N D S IN INFRARED SPECTRA OF MAGNETIZED WATER AND A SODIUM OLEATE SOLUTION. O R E L M A * K A G A R L I T S K A Y A I V * L A P A T D R R I N IV E A B I R O V A RA; J A P P L S P E C T R O S C 13(4): 1332-4

(1970)

C A 7q:

105040

14-0863 E L E C T R O N I C P R O P E R T I E S OF L I Q U I D W A T E R IN T H E VACUUM ULTRAVIOLET. P A I N T E R L R + H A M M R N + A R A K A W A ET 9 B I R K H O F F RD P H Y S R E V L E T T 21 (5): 2 8 2 - 4 (1968) C A 69: 5 5 7 6 1 D 14-086,~. S T I M U L A T E D R A M A N S P E C T R U M O F WATER. P ~ N V 9 D H E E R MK * J A S E J A T S P H Y S L E T T A 29(5): 220-I (1969) C A 71: 0 4 4 1 4 8 14-0865 P.AMAN S C A T T E R I N G C R O S S S E C T I O N S . PENNEY CM § GOLDMAN LM § LAPP M N A T U R E (LONDON), P N Y S SCI 2 3 5 ( 5 8 ) : C A 76: 105782

14-0869 I N F R A R E D S P E C T R U M O F WATER. ROBERTSON CW 9 CUDNUTTE B § WILLIAMS M O L P H Y S 26(1): 183-91 (1973) CA 7 9 : 0 9 8 7 6 5

D

14-0870 S I G H R E S O T U T I D N S T U D I E S IN T H E F A R I N F R A R E D . (HYDROGEN S U L F I D E A N D IODIDE, WATER, H E A V Y WATER) R O B I N S O N DW J O H N S H O P K I N S UNIV, 1967, 12D. A D 6 5 5 7 9 9 C A 69: 14299R 14-0871 EMPIRICAL POTENTIAL OR HYDROGEN BONDING AND CALCULATION OF THE PHYSICAL PROPERTIES OF A Q U E O U S S T R U C T U R E S . (FROM T H E V I B R A T I O N A L S P E C T R U M O F T H E W A T E R DIFfeR) S A R K i S O V G N + D A K R I S MI * M A L E N K O V G G § D A S R E V S K I I VG D O K L A K A D N A U K S S S R 205(3): 638-41 < P H Y S C S E M > (1972) (I~ RUSSIAN) CA 77:120118 14-0872 R A M A N S P E C T R A A N D S T R U C T U R E OF W A T E R F R O M - 1 0 TO 90 DEGREES. SCNERER JR 9 GOMAN K * KINT S J P E Y S C.HEM 78(13): 1304-13 (1974) C A 81: 5 6 1 9 6 H

14-0873 S P E C T R O S C O P I C E V I D E N C E F O R T H E M I X T O R E M O D E L IN HDO SOLUTIONS. S E N I O R WA + W E R R A L L R E J P E Y S C ~ E M 73(12): 4 2 4 2 - 9 (1969) CA 72:036493 14-0874 V I B R A T I O N T O R O T A T I O N E N E R G Y T R A N S F E R iN WATER, H E A V y WATER# A N D A~LMONZA. S ~ / N HK J P H Y S C H E M 77(3} : 346-51 (1973) CA 78: 088807 14-0875 ACCURACY OF MEASURING THE MAXIMUM DISPLACEMENT O F A W I D E A B S O R P T I O N BAND. S I D O R O V A AI + S U K H A N O V A T V + U S H A K O V A E M ZH P R I K L S P E K T R O S K 19(5): 9 5 9 (1973) (IN RUSSIAN) C A 80: 032113 I~-0876 ASSIG~M~/~T O F AN I N F R A R E D A B S O R P T I O N B A N D OF W A T E R A T 2130 CM-1. S I D O R O V A AI * Z H H K O V S K I I AP O P T S P E C T R O S C 26 (6) : 575 (1969) C A 71: 086272

110-12

(1972)

14-0866 INTERPP~ETATION O F SPECTRA. pERRAM JW J C H E M P H M S ~9(9): 4 2 4 5 - 6 (1968) CA 70:015770

14-0867 S T I M U L A T E D RAMAN, L I D R A T I O N A L , A N D B R I L L O U I N S C A T T E R I N G I N WATER. RAHN O * MAIER M * KAISER W O P T C O M M U N I (3) : 109-10 (1969) C A 72: 0 1 7 0 4 9 14-0868 I~%IMBERT A B S O R P T I O N C O E F F I C I E N T S O F W A T E R IN THE INFRARED. ROBERTSON CW ~ WILLIAMS D J O P T S O C A M E R 61(10): 1316-20 (1971} C A 75: 145863

14-0877 C O N C E N T R A T I O N C H A N G E S IN T H E S P E C T R A L CHA/~ACTEEISTICS O F T H E L Z B R A T I O N B A N D O F L I Q U I D W A T E R I N A C E T O N I T R I L E A N D A C E T O N E SOLUTIONS. SIDOROVA AI § MOISEEVA LV S T R O K T R O L V O D Y Z H I V O M O R G A N I Z M E NO 2: 25-30 (1968) C A 72: 016909

14-0878 E F F E C T OF A L I P H A T I C A L C O H O L S O N T H E S T R U C T U R E OF W A T E R B A S E D O N INFRA/~ED S P E C T R A I N T H E O V E R T O N E REGION. S I D O R O V A AI + K O C H N E V I N TEPL DVIZHENIE MOL MEZHMOL VZAIMODEISTVIE ZHIDK R A S T V O R A K H 1969: 168-72 C A 73: 0 5 0 3 5 5

Section 14. Spectra

673

14-0879 H Y D R O P H O B I C C O U P L I N G IN D I L U T E A Q U E O U S S O L U T I O N S O F N O N E L E C T B O L Y T E S . (SHIFT O F I N F B A N E ~ S P E C T R U M OF WATER) S I D O R O V A AI + K H A L O I M O V AI § Z H U K O V S K I I A P S T R U R T R O L V O D Y Z H I V O M O R G A N I Z M E N O 3: 3-8 (1970) (IN RUSSIAN) C A 74: 131188

14-0890 COMPARISON OF THE SPECTRA OF CONCENTRATED AND B A S I C A Q U E O U S S O L U T I O N S T O TH(ISE O F P O L y M E R I Z E D WATER. S U Z U K I SH 9 V U H § V O D A R B J C R I M P H Y S P H Y S I C O C N I M B X O L 68(9): 1385-7 (1971) {IN FRENCH} C A 76: 0 0 8 4 0 5

1~-0880 INFRARED SPECTRA OF LIQUID WATER AND HEAVY WATER I N T H E 1000 TO 2 5 0 CM-1 RANGE. S I M O N MN C O R N E L L U N I V P H D THESIS, 1968# 109P. C A 69: 4 7 7 4 6 N

lq-0891 INFRARED INTENSITIES OF NU-2 OF ISOTOPIC WATER S P E C I E S IN N O N A Q U E O U S SOLVENTS. SNENSON CA S P E C T R O C H I M A C T A A 24(6): 721-6 (1968) CA 6 9 : 1 q S 1 7 V

14-0881 EFFECT OF TEMPERATURE, ANGLE OF OBSERVATION, SALINITY, AN~ THIN ICE ON THE MICROWAVE EM/SSION O F WATER, SIROUNIAN V d G E O P H Y S R E S 7 3 ( ] 4 ) : 4 4 8 1 - 6 (1968) C A 69: 3 9 9 9 5 C

1~-0892 B R E A K I N G O F W A T E R S T R U C T U R E BY P E R C H L O R A T E A N I O N A N D T H E C H A N G E I N T H E 2108 CM-1 BAND. TAKAMURA T + KIHABA-MORISHITA H + YOSHIDA H N I P P O N K A G A K U K A I S H I ( 2 } : 375-7 (1974) (IN JAPANESE) CA 80:137624

14-0882 E X C I T A T I O N BY E L E C T R O N I M P A C T O F V I B R A T I O N A L T R A N S I T I O N S IN W A T E R A N D C A R B O N D I O X I D E A T K I N E T I C E N E R G I E S B E T W E E N 30 A N D 60 EV. S K E R B N L H A § D I L L O N M A % L A S S E T T R E EN J C H E M PHYS 49(11): 5042-6 {1968) C A 70: 040840

14-0893 S T U D Y OF M U L T I W A V E L E N G T H O S C I L L A T I O N S I N A W A T E R L A S E R B Y R A T E EQUATIONS. TAKEUCHI N + KASUYA T + SHIMODA K J A P J A P P L P H Y S 9(9): 1 1 1 9 - 2 4 ( 1 9 7 0 } CA 73:104140

14-0883 X - R A Y F L U O R E S C E N C E O F O X Y G E N I N WATER. S M I R N O V LA ZH T E K H FIZ 44(5): 1110-11 (1974) ~ N RUSSIAN) CA 81: 4 3 4 9 7 G

WATER AT HIGH TEMPERATURES AND PRESSURES. (THERMODYNAMICS, T R A N S P O R T P R O P E R T I E S , E L E C T R I C A L P R O P E R T I E S , SPECTRA} T O D H E I D E K; P 4 6 3 - 5 1 4 O F P R A N K S F(ED} , WATER, A C O M P R E H E N S I V E T R E A T I S E , V O L 1, PLENUM, MY, 1972. CA 77:168719

14-8884 A N H A H M O N I C F O R C E C O N S T A N T S O F WATER. S M I T H DF * O V E R E N D J S P E C T R O C R I M ACTA, P A R T A 28 (3): 4 7 1 - 8 3 CA 76:105714

(1972)

14-8885 I N T E R A C T I O N S iN S O L U T I O N S O F P O L A R S U B S T A N C E S A S O B S E R V E D IN T H E H A M A N EFFECT. P A R T - 1 2 : E F F E C T O F E L E C T R O L Y T E S O N T H E O X Y G E N - D E U T E R I U M B A N D OF HDO. SOKOLOWSKA A * KECKI A R O C Z C H E M 46(6): 1107-14 (1972) CA 77:158878 14-0886 M I C R O W A V E S P E C T R A OF WATER, W A T E R (OXYGEN-17), A N D W A T E R (OXYGEN-18). STEENBECEELIERS G + HELLET J C O M E T R E N D B 2 7 3 ( 1 2 } : 471-4 (1971} (IN ~RENCH) CA 76: 0 1 9 7 8 3 1%-0887 STIMULATED MANDELSHTAM BRILLOUIN LASER S C A T T E R I N G IN W A T E R . STEPANOVA TB + EHAZOV LD § NIRITIN IK O P T S P E C T R O S C 29(5): 5 1 4 - 1 6 (1970) C A 74: 0 8 1 6 8 3 14-0888 STRONGLY ORTHOGONAL GERMINAL NAVE FUNCTIONS FOR THE LOWEST SINSLET STATES OF BERYLLIUM HYDRIDE, METHYLENE, AND WATER. STEVENS WJ I N D I A N A U N I V P H D THESIS, 1971, 233P. C A 77: 052531 14-0889 V I B R A T I O N A L S P E C T R A O F W A T E R I S O L A T E D IN DEUTERIUM MATRICES. S T R O M M E N DR § G R E E N D M § M C B E T H RL J C R E M PHYS 58(9): 4 0 2 8 - 9 (1973) CA 79: 0 4 7 ~ 7 7

14-0894 D E T E C T I O N A N D I D E N T I F I C A T I O N OF T R I P L E T S T A T E S O F W A T E R BY E L E C T R O N IMPACT. TRAJMAR S § WILLIAMS W § KUPPERMANN A J C E E M P H Y S 54(5): 2 2 7 4 - 5 (1971} CA 74:103218 14-0895 E L E C T R O N I M P A C T E X C I T A T I O N O F WATER. TRAJM;~R S * W I L L I A M S N § K U P P E R M A N N A J C H E M PHYS 58(6): 2521-31 (1973) CA 78:140513 14-0896 A B S O R P T I O N M E A S U R E M E N T S O F T H E 10.4 M I C R O N REGION USING A CARBON DIOXIDE LASER AND A SPECTROPHONE. T R U S T Y GL O H I O S T A T E U N I V P H D THESIS, 1972, 86P. CA 79:047549 14-0897 COMPTON HEO~ILE EOR WATER AND AMMONIA MOLECULES S T U D I E D BY T H E U N I F I E D A T O M I C O R B I T A L METHOD. TSAPLINE B C A B P H Y S 20(194): 3 7 7 - 9 5 (1966} (IN FRENCH) C A 69: 6 3 6 4 T 14-0898 S T A T E O F W A T E R I N H Y D R O S O D A L I T E B A S E D ON I N F R A R E D S P E C T R O S C O P I C DATA. T S I T S I S H V I L I GV ", C H A R K V I A N I M K D O K L P H Y S C H E M 202(1} : 38-41 (1972) CA 76:090454 14o0899 I N F R A R E D S T U D I E S OF W A T E R A N D H Y D R O G E N S U L F I D E IN N I T R O G E N M A T R I C E S . TURSI AJ U N I V P E N N S Y L V A N I A P H D THESIS, 1970, 199P. C A 76: 008517 14-0900 MATRIX ISOLATION STUDY OF THE WATER DIMER IN SOLID NITROGEN. TURSL AJ § NEXON ER J C H E M P H Y S 52(3}: 1 5 2 1 - 8 (1970) C A 72: 084~48

674

Bibliography on Physical and Chemical Properties of Water: 1969-1974

14-0901 INFRARED SPECTROSCOPY OF AQUEOUS ELECTROLYTE SOLUTIONS. V E R R A L L RE P 2 1 1 - 3 ~ OF F R A N K S F(ED) 9 WATER, A C O M P R E H E N S I V E T R E A T I S E , VOL-3# PLENUM, NY, 1972. C A 79: 0 7 0 6 4 9

I~-0913 S P O N T A N E O U S A N D S T I M U L A T E D RAMStN S P E C T R A F R O M WATER AND AQUEOUS SOLUTIONS. WALRAFEN GE P302-20 OF INT SEMP ON STRUCTURE OF WATER AND A Q U E O U S S O L U T I O N S , L U C K WAP(ED), V E R L A G CNEMIE# 1974.

14-0902 S P E C T R A O F W A T E R IN L E W I S B A S E SOLVENTS. Vl O L A N T E M R F L O R I D A S T A T E U N I V P H D THESIS, 1970, 155P. CA 75:156483

14-0914 HAMAN SPECTRA FROM DILUTE SOLUTIONS OF HDO IN H E A V Y WATER. NALRAFEN GE J C H E M P H Y S 50(1) : 560-I (1969) CA 70:062719

14-0903 FAR INFRARED SPECTRA OF MATRIX ISOLATED HYDROGEN F L U O R I D E , H Y D R O G E N C H L O R I D E , A N D WATER. VON HOLLE WG J O H N S H O P K I N S U N I V P E D TEESISm 1969, 112P. CA 74:117798 14-0904 V I B R A T i O ~ A L B A N D W I D T H S I N L I Q U I D WATER. WALL TT J C N E M PHYS 51(1}: 113-16 (1969) CA 71:055283 14-0905 T I M E C O R R E L A T I O N S F R O M I N F R A R E D B A N D S OF SDO. WALL TT J CHEH PHYS 52(5): 2792-3 (1970) CA 72:094867 14-0906 P.~AMAN S P E C T R A L S T U D I E S O F T H E E F F E C T S OF S O L U T E S AND PRESSURE ON WATER STRUCTURE. WALRAFEN GE J C H E M P H Y S 55(2)." 7 6 8 - 9 2 (1971) C A 75: 069263

14-0907 H A M A N S P E C T R A F R O M H D O I N W A T E R T O 7.2 K I L O B A R S . WALRAFEN GE J C H E M P H Y S 55(I0): 5 1 3 7 - 9 {1971) C A 76: 008/~46 11t-0908 H A M A N S P E C T R A L S T U D I E S C F W A T E R - T R I T I U M IN WATER. WALRAFEN GE + BLATZ LA J C H E M P E Y S 56(8): ~ 2 1 6 - 2 2 (1972) CA 76:133719 14-0909 S T I M U L A T E D RA24AN S C A T T E R I N G A N D T H E M I X T U R E M O D E L O F W A T E R STRUCTURE. WALP-%FEN G E A D V A N M O L R E L A X A T I O N P R O C E S S E S 3(1-4): 43-9 ( 1972) o C A 77: 146071 14-0910 R A M A N A N D I N F R A R E D S P E C T R A L I N V E S T I G A T I O N S OF WATER STRUCTURE. W A L E A F E N GE P 1 5 1 - 2 1 4 O F P R A N K S F(ED}, W A T E R . A C O M P R E H E N S I V E T R E A T I S E , V O L 1, PLENUM, NY# 1972. C A 78: 0 0 9 6 6 8 o14-0911 RAMa%N S P E C T R A F R O M P A R T I A L L Y D E U T E R A T E D ~ A T E R A N D I C E - V I T O 10.1 K B A R A T 28 DEGREES. W A L R A F E N GE J S O L U T I O N C H E M 2(2-3): 159-71 |1973); P 6 1 - 7 4 O F P H Y S I C A L C H E M I S T R Y O F A Q U E O U S S O L U T I O N S , K A Y RL (ED), PLENUM, NY, 1973. C A 79: 130915

14-0912 W E A K R A E A N B A N D S F R O M WATER. WA-LRAFEN G E + B L A T Z L A J C M E M PHYS 59(5); 26q6-50 (1973) C A 79: 151176

1~-0915 ANOMALOUS FREQUENCY BROADENING I N WATER. WERNCKE W § LAU A § pFEIFFER M + LENZ K § W E I G M A N N NJ + T H U Y C D O P T C O M M U N 4(6): 4 1 3 - 1 5 (1972) CA 77:026965 I~-0916 S T R U C T U R E S O F I C E A N D W A T E R AS I N V E S T I G A T E D SY INFRARED SPECTROSCOPy. WHALLEy E P 2 7 7 - 9 6 O F D E V E L O P A P P L S P E C T R O S C , V O L 16, PLENUM, 1968. C A 69: 100315Z 14-0917 K - S M E L L E X C I T A T I O N O F M E T H A N E , A M M O N I A WATER, M E T H Y L ETHER, A N D METHANA/~INE BY 2.5 K E V E L E C T R O N IMPACT. WIGHT GR 9 BRION CE J E L E C T R O N S P E C T R O S C R E L A T P E E N O M ~(I): 25-42 (1974} C A 81: 9 7 ~ 9 8 8 1~-0918 AM/DE SOLUTIONS. NEAR INFRARED SPECTRA OF WATER A N D A Q U E O U S SOLUTIONS. WOOLSEY GH U N I V S C A R O L I N A P H D T H E S I S , I~5p. (1967) C A 69: 8 0 8 0 7 F 14-0919 F E R M I R E S O N A N C E S IN T H E V I B R A T I O N A L S P E C T R U M OF POLYETHYLENE UNDER HIGH pRESSURES AND THE S P E C T R U M OF WATER. WU C § NICOL M C H ~ P H Y S L E T T 18{1): 83-6 (1973) CA 78:090589 14-0920 LINE SHAPE OF THE OXYGEN- DEUTERIUM ABSORBENCE A B S O R P T I O N I N T H E I N F R A R E D S P E C T R U M OF p A R T I A L L Y D E U T E R A T E D WATER. YELLIN W 9 COURCRE~E WL N A T U R E 219 (5156): 852-4 (1968) C A 69: 9 1 q 8 9 E 14-0921 I N F R A R E D S P E C T R O S C O P y O F WATER. Y U K H N E V i C H GV NAUEA, MOSCOW, 1973, 208P. (IN RUSSIAN) C A 80: 008923

14-0922 C A L C U L A T I O N OF T H E F R E Q U E N C I E S O F L I B R A T I O N A N D T R A N S L A T I O N V I B R A T I O N S O F DI-, TRI-# A N D PENTAMERS OF WATER MOLECULES. Y U K N N E V I C H GV § V E T R O V A A + S H E L Y U K N A E V SP S T R U K T R O L V O D Y Z H I V O M O R G A N I Z M E NO 3: 28-34 (1978) (IN RUSSIAN) C A 75: 012707 14-0923 SUBMILLIMKTER WAVE DIELECTRIC DISPERSION IN WATER. Z A F A R MS * H A S T E D J B + C H A M B E R L A I N J E NATURE, P N Y S SCI 243: 106-9 [1979)

Section 15. Optical Properties, Optical Scattering

675

INFRARED SPECTROSCOPIC STUDY OF MAGNETIC FIELD E F F E C T O N WATER. Z H I L E N K O GV; G E O L R A Z V E D K A M E T O D Y I Z U C H M E S T O R O Z H D P O L E Z N I S K O P A E M Y K H 1969: 192 (IN RUSSIAN) C A 75: 0 9 2 8 3 5 I~-0924 E S T I F ~ T I O N OF T H E N U M B E R OF O R D E R E D W A T E R M O L E C U L E S IN D I L U T E S O L U T I O N S O F N O N E L S C T R O L Y T E S ~ASED ON INFRARED ABSORPTION SPECTRA. Z H U K O V S K I I A P § S I D O R O V A AI J S T R U C T C N E M 12(3|: ~85-6 (1971) C A 75: 0918~8 I~-0925 POSSIBLE FORMATION OF ELECTRONICALLy EXCITED STATES IN WATER AND AQUEOUS SOLUTIONS. ZHURAVLEV AI § TSVYLEV OP T R M O S K O B S H C H E S T I S P Y T P R I R 32: 9 1 - 5 (1970) C A 73: 103906 14-0926 ANOMALOUS EFFECT CF PRESSURE ON SPECTRAL SOLVENT S H I F T S IN W A T E R A N D P E R F L U O R O N - B E X A N E . ZIPP A § KAUZMANN W J C H E M PHYS 59(8): ~ 2 1 5 - 2 W (1973) C A 80: 054250 I~-0927 D I S P E R S I O N A N D A B S O R P T I O N O F L I Q U I D W A T E R IN T H E INFRARED AND RADIO REGIONS OF THE SPECTRUM. Z O L O T A R E V V M + M I K H A I L O V BA § A L P E R O V I C H LI § P O P O V SI O P T S P E C T R O S C 27(5}: ~30-2 (1969}

Section 15. Optical Properties, Optical Scattering 15-0928 S A T E L L I T E P E A K S IN T H E N I G H E N E R G y P H O T O E L E C T R O N SPECTRA OF SMALL FIRST ROW MOLECULES. E X P E R I M E N T A L A N D T H E O R E T I C A L STUDY. A A ~ O N S LJ + H A R B E R M § G U E S T M F + H I L L I E R I R § MCCARTNEY JH ~ L P H Y S 26(5): 1247-56 (1973) C A 80: I0209q 15-0929 I N C R E A S E IN T H E O P T I C A L S T R E N G T H O F A LIQUID. AGRANAT MB + NOVIKOV NP + pERMINOV VP § Y A M P O L S K I I PA J E T P L E T T 17 (9): 361-2 (I 973) C A 79: 047633 15-0930 E F F E C T O~ S T A T E O F C O N D E N S A T I O N O N T H E IONIZATION POTENTIAL OF ASSOCIATED LIQUIDS. A N B A R M 9 ST J O H N G A § G L O R I A H R + R E I N I S C E R F P 8 5 - I 0 5 OF S Y M P O N W A T E R S T R U C T U R E A N D W A T E R - P O L Y M E R I N T E R F A C E S , 1971, J E L L I N E K H B G ( E D ) , PLENUM, 1972. C A 79: 0 3 7 0 7 8 15-0931 I N T E R P R E T A T I O N O F P H O T O E L E C T R O N SPECTRA, ~ S P E C I A L L y T H O S E OF B E N Z E N E A N D WATER. BA~ER AD § HHUNDLE CR * TURNER DW INT J M A S S S P E C T R O M I O N P H Y S I(6J : q ~ 3 - 5 ~ C A 70: 0506~I

(1968)

15-0932 I N V E S T I G A T I O N OF S U P E R C O O L E D W A T E R B Y T H E L I G H T S C A T T E R I N G METHOD. BEKE G 9 INZELT G § JANCSO L M A G Y H E M F O L K 79(2): 6 9 - 7 2 (1973} (IN HUWGAP/AN} C A 78: 166342 15-0933 O P T I C A L CH;h~ACTERISTICS O F A P U L S E D D I S C H A R G E CHANNEL PLASMA IN LIQUIDS. BOPF GA INZE ZHELEZNCOEOZB TRANSp NO 267:I~0-3 (196S) (I~ RUSSIAN| C A 69: 1 0 ~ 9 0 Q 15-0934 TOTAL ABSORPTION AND TEE ENERGy DEPENDENCE OF T H E P A R T I A L OBCII~LATOR S T R E N G T H S F O R PHOTOIONIZATION OF THE VALENCE OREITALS OF WATER U S I N G A N E L E C T R O N - E L E C T R O N C O I N C I D E N C E METHOD. HRANTON GH § ERION CE J E L E C T R O N S P H C T R O S C R E L A T P H E N O M E N A 3 (2): 129-35 (1974} C A 80: 102086 15-G935 HIGH RESOLNTION MOLECULAR pHOTOELECTRON S P E C T R O S C O P Y , PART-2: W A T E R A N D D E U T E R I U M OXIDE. BRUNDLE CR § TURNER DW P R O C R O Y S O C 307: (1488) 27-36 (1968) C A 69: 101299J 15-093~ RAYLEIGE SCATTERING: COLLISIONAL MOTIONS IN LIQGIDS. EUCARO JA * LITOVITZ TA J C E E M P B Y S 54(9): 3 8 4 6 - 5 3 (1971} C A 74: 132676

676

Bibliography on Physical and Chemical Properties of Water: 1969-1974

15-0937 E L A S T O O P T I C C O E F F I C I E N T O F L I Q U I D S D E T E R M I N E D BY U L T R A S O N I C L I G E T D I F F R A C T I O N METHOD. J A R J A P P L P B Y S 7(10): 1259-66 (1968) C A 69: 101352N

15-0949 P H O T O D E T A C H M E N T OF H Y D R O X Y L (WATER). GOLUB S + STEINE~ B J C B E M P H Y S 49(11): 5 1 9 1 - 2 (1968) C A 70: 052984

15-0938 RAMAN SCATTERING FROM WATER ADSORBED ON OXIDE SURFACES. CAFERI G v MAZZACORATI V + SAMPOLI M + SIGNORELLI G J C A T A L 26(3): 4 9 4 - 6 (1972} CA 77:107200

15-0950 TEMPERATURE DEPENDENCE OF THE PIEZOOPTIC C O E F F I C I E N T OF L I Q U I D S . GOTTLIEB M J A C O U S T B O C A M E R 49{5} (PT 2): 14~2-7 (1971) CA 75:027405 15-0951 DEPOLARIZED RAYLEIGH- WING SCATTERING IN WATER AND AQUEOUS ELECTROLYTIC SOLOTIONH. G R A Y M A + L O K H R T M + P I N C U S PA J C H E M PEYS 59(3): 1121-7 (1973) CA 7 9 : 1 1 9 9 8 7

15-0939 D I S S O C I A T I V E P H O T O I O N I Z A T I O N O F WATER. C A I R N S R B + H A R R I S O N H * S C H O E N RE J C H E M F B Y S 55(10): 4886-9 (1971) C A 75: 155303

15-0952 O P T I C A L C O N S T A N T S O F W A T E R I N T H E 200 N A N O M E T E R T O 200 M I L L I M I C R O R W A V E L E N G T H REGION. BALE GM + QUERRY MR A R P L O P T 12(3): 5 5 5 - 6 3 (1973) CA 78:117051

15-0940 A N G U L A R D I S T R I B U T I O N OF T H E P H O T O E L E C T R O N S P E C T R U M O F C A R B O N DIOXIDE, C A R B O N Y L SULFIDE, C A R B O N DISULFIDE, N I T R O G E N OXIDE, WATER, A N D H Y D R O G E N SULFIDE. CARLSON TA + MCGUIRE GE J E L E C T R O N S P E C T R O S C R E L A T P H E N O M E N A I{3): 2 0 9 - 1 7 (1973) CA 78:050326 15-0941 T E M P E R A T U R E D E P E N D E N C E O F T H E K E R R CONSTAh~s W A T E R A N D H E A V Y WATER. C N E N YJ U N I V C A L I F O R N I A R I V E R S I D E P H D THESIS, 1970, 139P.; J P H Y S C H E M 76(2): 2 1 6 - 2 1 (1972) C A 75: 0~2006; CA 7 6 : 0 6 ~ 8 ~ 6

OF

15-0942 FORMATION OF HYDROXYL RADICAL DURING THE SENSITIZED PHOTOOXIDATION OF WATER. C H i B I S O V P ~ K § K U Z M I M V A § ViNOGP~EDCV A P DO}EL F M Y B C H U M 187{I): 4 5 6 - 6 0 (1969) C A 71: 0 8 6 5 6 3 15-0943 T E M P E R A T U R E D E P E N D E N C E O F R E F R A C T I V E I N D E X OF W A T E R I N T H E R E G I O N 0-40 DEGREES. DASH N I N D I A N J P U R E A P P L PHYS 8(I): 5 5 - 6 (1970) CA 72:084370 15-09~ FAR INFRARED AND SUBMILLIMETER SCATTERING. PART-I: O P T I C A L C O N S T A N T S O F W A T E R . A SURVEY. DEIRMENDJIAN D R A N D CORP, 1974m 19P. R - 1 4 8 6 - P R

15-0945 S C A T T E R I N G O F S L O W E L E C T R O N S B Y P O L A R MOLECULES. D E S A I HS + M A R U M P I N D I A N J P U R E A P P L P N Y H 10(10): 750-1 (1972) CA 78:115494 15-0946 CHANGE IN THE REFRACTIVE INDEX OF WATER AS A FUNCTION OF TEMPERATURE. DOBBINS HM U N I V I D A H O P N D THESIS, 1972, J O P T SOC A M E R 63(3): 3 1 8 - 2 0 (1973) C A 78: 021849; CA 78: 141934 15-0947 MERCURY SENSITIZED LUMINESCENCE OF WATER AND H E A V Y WATER. F R E E M A N CG + M C E W A N MJ § C L A R ~ D G E R F C + PHILLIPS LF T R A N S F A R A D A Y S O C 66 (12): 2 9 7 4 - 9 (1970) C A 74: 0 2 6 4 4 6 15-0948 PMIMP~RY P R O D U C T S O F L I Q U I D W A T E R P N O T O L Y S I S AT 1236, 1470, AND 1849 A N G S T R O M S . GETOFF N § SCBENCK GO P M O T O C E E M p H O T O B I O L 8(3): 1 6 7 - 7 8 (1968) C A 69: I 0 1 7 ~ 7 D

15-0953 W A T E R A N D I C E C L O U D D I S C R I M I N A T I O N BY L A S E R S E A M SCATTERING. H A R R I S ES A P P L O P T 10(4): 732-7 (1971) CA 74: 148993 15-0954 O P T I C A L P R O P E R T I E S O F W A T E R IN T H E N E I G H B O R H O O D O F 35 DEGREES. H A W K E S JB + A S T E E I M E R R W J O P T S O C A M K R 64(1): 105-6 (1974) CA 80:101778 15-0955 INFRARED OPTICAL PROPERTIES OF WATER AND ICE SPHERES. IRVINE WM § POLLACK JE ICTUS 8(2): 324-60 (1968} C A 69: 1fi086U 15-0956 I N I T I A L R O T A T I O N A L D I S T R I B U T I O N O F H Y D R O X Y L ~ (2 SIGMA(+)) P R O D U C E D B Y K R Y P T O N PHOTOSENSITIZED D E C O M P O S I T I O N O F WATER. EANEKO M + MORI Y + TANAKA I J C R E M PHYS 50(6): 2 7 7 5 - 6 (1969) C A 71: 0 7 6 1 5 6 OPTICAL AND DIELECTRIC PROPERTIES OF WATER IN THE VACUUM ULTRAVIOLET. G D + N A M M R N + W I L L I A M S M W H I R K N O F F RD + P A I N T E R LR; P H Y S R E V A 5(6): 2 5 2 3 - 7 (1972) CA 77:026705 DENSITY AND REFRACTIVE INDEX OF SOLUTIONS OF W A T E R , ETHANOL, A N D B U T A N O L . KHAP.iN S E § K N I G A A A + S O R O K Z N A GS; I Z V V Y S S R O C H E R ZAVED, K H I M K H I M T E K H N O L 12(8): 2 6 5 - 8 (1969) CA 71:006703 15-0957 EVAPORATION OF A WATER DROP UNDER THE ACTION OF A L I G H T PULSE. K U Z I K O V S K Z I A V + P O G O D A E V V A + K H M E L E V T B O V SS I N Z U - F I Z ZH 20(I): 2 1 - 5 (1971} (IN RUSSIAN)

15-0958 P H O T O D I S S O C I A T I O N O F WATER, S E N S I T I Z E D B Y H A F N I U M DIOXIDE. K U Z N E T S O V V N + L E S A C H E N K O A A + V I L E S O V FI K I N E T K A T ~ L 13 (4): 1 0 8 2 - 4 (1972) (IN RUSSIAN) C A 78: 078031

Section 15, Optical Properties, Optical Scattering

677

15-0959 PHOTOCATALXTIC DECOMPOSITION OF WATER ADSORBED ON BERYLLIUM OXIDE. KUZNETSOV VN + LISACHENKO AA + VILRSOV FI K H I M V Y S E N E R G 7 ( 3 ) : 2 3 0 - 4 (1973) (IN R U S S I A N ) CA 79:0~7770

15-0970 LUMINESCENCE OF WATER EXCITED BY AMBIENT IONIZING RADIATION. QUICKENDEN TI + QUE BEE SS R A D I A T R E S 4 6 ( 1 ) : 2 8 - 3 5 (1971) CA 75:013028

15-0960 LIGHT SCATTERING FROM THE FREE SURFACE O~ WATER. LANGEVIN D J C H E M SOC, F A R A D A Y TITANS 1 7 0 { I ) : 9 5 - 1 0 4 {197q) CA 80:087707

15-0971 CALCULATED A~GULAR DISTRIBUTIONS OF PHOTOELECTRONS USING THE ORTHOGONALIZED WAVE APPROXIMATION. RABALAIS JW * DEBIES TP § BERKOSKu JL § BHANG JTJ 9 ELLISON FO J C E E M P H Y S 61 (2) : 5 2 9 - 3 3 (1974) C A 81: 9 7 5 0 0 W

15-0961 OPTICAL STUDY OF THE EFFECT OF AN A~SORBED FILM ON THE SURFACE STRUCTURE OF WATER. LIZE A + TENEBRE L C O M P T R E N D C 2 7 6 ( 1 2 ) : 9 7 5 - 7 (1973) (IN F R E N C H ) CA 78:151873 15-0962 TEMPERATURE DEPENDENCE FOR THE REFRACTIVE OF WATER. MITRA SE § DASS N + VARSENEYA NC J C H E M P H Y S 5 7 ( 4 ) : 1 7 9 8 - 9 (1972) C A 77: 0 9 ~ 8 3 5

INDEX

15-0963 THEORETICAL EVALUATION OF OPTICAL DISPERSION WATER BASED ON TWO-STATE THEORY. MITRA SK § DASS N § SINGH O I N D I A N J P U R E A 2 P L P N Y S 11(2): 82-q (1973) CA 79:047299

IN

MEASUREMENTS OF REFRACTIVE INDEX, DENSITY, AND REFLECTED LIGHT DISTRIBt~TIONS FOR CARBON DIOXIDE AND WATER CRYODEPOSITS AND ALSO ROUGHENED GLASS SURFACES. M U E L L B R PR; U N I V T E N N E S S E E P H D T H E S I S , 1969, 18~P. C A 73: 1 2 3 8 6 9

PLANE

15-0972 ASYMMETRICAL SCATTERING OF LIGHT BY SOME LIQUIDS. RAO NR + RAMANAIAH KV + RAO SM P367-70 OF INT CUfF ON SPECTROSCOPY, IST V O L B O M B A y , (1967) C A 69: 48037U 15-0973 BROADBAND CCMPLEX R E F R A C T I V E I N D I C E S WATER. R A Y SP A P P L O P T 11(8): 1 8 3 6 - 4 4 (1972)

OF I C E AND

15-0974 PHOTOCHEMISTRY OF PEROXO DIPHOSPHATES. OF WATER AND TWO ALCOHOLS. RISEN WM + SISSON AB J PHYS CHEM 74:4039-46 (1970) C A 74: 0 0 8 6 6 8

OXIDATION

15-0975 INFRARED REFLECTANCE OF L~QUID WATER. RUCK AN K A N S A S S T A T E U N I V P H D T H E S I S , 1971, 513P. CA 77:132815

15-0964 O P T I C A L M E A S U R E M E N T S OF L I Q U I D W A T E R IN T H E VACUUM ULTRAVIOLET. PAINTER LR + BIRKHOFF RD 9 ~H~KAWA ET J C H E M P E Y S 5 1 ( 1 ) : 2 4 3 - 5 1 (1969) CA 71:055162

15-0976 OPTICAL CONSTANTS OF WATER IN THE INFRARED. RUSK AN § WILLIAMS D 4 QUERRy MR J O P T S O C A M E R 61 (7): 8 9 5 - 9 0 3 (1971) CA 75:056115

15-0965 OPTICAL PROPERTIES OF WATER IN THE NEAR INFRARED. P A L M E R K F § WILLI/LMS D J O P T S O C A M E R 64(8) : 1 1 0 7 - 1 0 (1974) C A 81: 9 7 1 3 6 G

REFRACTIVE INDICES AND DENSITIES OF WATER AND CARBON DIOXIDE FILMS CONDENSED ON CRYOGENIC SURFACES. S E I B E R B A 9 S M I T H A M + W O O D B E + M U E L L E R PR; A P P L O P T 10(9): 2 0 8 6 - 9 (1971) CA 75:145567

15-0966 OPTICAL CONSTANTS OF LIQUID WATER AND iCE 2000-100 ANGSTROM REGION. P O P O V A SI + A L P E R O V I C B LI + Z O L O T A R E V VM O P T S P E C T R O S C 3 2 ( 3 } : 2 8 8 - 9 (1972) C A 76: 1 6 0 2 6 3 15-0967 REOTOLYSIS OF OXYGEN AND WATER IN THE REACTION OXYGEN(ID) + WATER. PRAVILOVAM § VILESOV FI R U S S J P H Y S C H E M 4 5 ( 5 ) : 7 2 7 - 8 (1971) C A 75: 0 ~ 3 0 4 4

IN T H E

GAS PHASE.

15-0968 INFRARED REFLECTANCE OF LIQUID WATER. QUERRY MR KANSAS STATE UNIV PHD THESIS, 1968~ 356R. C A 72: 1 0 5 4 2 6 15-0969 REFRACTIVE INDEX OF WATER IN THE INFRARED. Q U E R R Y M R + C U R N U T T E B § WILLIA/MS D J O P T S O C A M E R 5 9 ( I 0 ) : 1 2 9 9 - 3 0 5 (1969) C A 71: 1 0 7 0 1 5

2

TEMPERATURE DEPENDENCE OF TEE MAGNETIC OPTICAL ACTIVITY OF ~ORMAL AND HEAVy WATER. S O R O K I N S L + KAL" Y A N O V G P + Z A B E L I N VA: R U S S J P H Y S C H E M 4 7 ( 9 ) : 1 3 8 1 - 2 (1973) C A 80: 0 3 2 0 0 9 15-0977 OPTICAL ABSORPTION OF LIQUID WATER IN TEE ULTRAVIOLET. SOWERS BL § BIRKHOFF RD § ARAKANA ET J C H E M P H Y S 5 7 ( I ) : 5 8 3 - 4 (1972) C A 77: 0 5 4 5 0 2

VACUUM

15-0978 REFRACTIVE INDEX OF PURE WATER FOR WAVELENGTH 6 3 2 8 A/~GSTROMS A T H I G H P R E S S U R E A/TD M O D E R A T E TEMPERATURES. STANLEY EM J C H E M E N G D A T A 16(q): 4 5 4 - 7 (1971) C A 75: 1 5 6 4 1 6 15-0979 REFRACTIVE INDEX OF HEAVY WATER AT THE CYANIDE LASER FREQUENCY. STRAUCH RG + STEPHENEON DA * DERR VE I N F R A R E D P H M S 9(3): 1 3 7 - 8 (1969) C A 72: 0 3 7 2 4 4

OF

HYDROGEN

678

Bibliography on Physical and Chemical Properties of Water: 1969-1974

15-0980 COMPARISON BETWEEN CROSSED BEAM AND TARGET GAS METHODS FOR STUDY ON OPTICAL EXCITATION F U N C T I O N S I N E L E C T R O N I M P A C T O F WATER. TSURUBUCHI S § IWAI T § HORIE T J P H Y S SOC J A 2 3q(1): 166-71 (1973) CA 78:050038 15-0981 S C A T T E R I N G O F L I G H T A N D T H E S T R U C T U R E CF WATER. VUKS MP S T R U K T R O L V O D u Z H I V O M O R G A N I Z M E N O 2: 3-10 (I 968} CA 72:015918 15-0982 HYDROGEN BONDING AND THE COMPTON PROFILE OF WATER. W H A N G B O MH + S M I T H V H + C L E M E N T I E § DIERCKSEN GHF 9 VON NIESSEN W J P H Y S B 7(15): L 4 2 7 - 3 0 (1974) C A 81: 176340 15-0983 I N F R A R E D R E F L E C T A N C E OF W A T E R F R O S T S C O N D E N S E D ON LIQUID NITROGEN C O O L E D S U R F A C E IN VACUUM. W O O D B E § S M I T H A M § S E I B E R E A 9 R O U X JA A R N O L D ENG D ~ V C E N T E R , A R N O L D A I R F O R C E BASE, 1970, 44P. A D 7 1 5 9 1 5 C A 75: 056157 15-0984 S P E C T R A L I N F R A R E D R E F L E C T A N C E OF W A T E R C O N D E N S E D ON LIQUID NITROGEN C O O L E D S U R F A C E S IN V A C U U M . W O O D B E § S M I T H A M + R O D E J A § S E I B E R BA A I A A J 9(9): 1836-%2 (1971) CA 75:114401 15-0985 MEASUREMENT OF REFRACTIVE INDEX OF NATK~ UNDEN H I G H D Y N A M I C PRESSURES. Y A D A Y H S 9 M U R T Y DS * V E R M A SN + S I N B A E H C 9 GUPTA BM + CHAND DA J A P R L P H Y S ~4(5): 2197-201 (1973) CA 78:1663%3 15-0986 O P T I C A L S T U D I E S O F RP~EBREAKDOWN P H E N O M E N A IN W A T E R IN T H E N A N O S E C O N D RANGE. Y A N S H I N EV § O V C S I N N I K O V IT + V E R S H I N I N yUN ZH T E K H FIZ 43(I0} : 2067-74 (1973) (IN RUSSIAN} C A 80: 088469 15-0987 C A L C U L A T I O N OF F O R C E C O N S T A N T S OF L I Q U I D W A T E R TAKING INTO ACCOUNT THE EFFECTIVE FIELD C O R R E C T I O N O F A L I G H T WAVE. Y u K H N E V L C H G V + S R E L Y U K E A E V BP § M i K B A I L O V HA § ZOLOTAREV VM M O L F I Z B I O F I Z V O D S I S T I: 35-41 (1973) (IN RUSSIAN) C A 80: 150%3q 15-0988 O P T I C A L C O N S T A N T S OF L I Q U I D WATER. ZOLOTA~EV VM S T R N K T E O L V O D Y Z H I V O M O R G A N I Z M E N O 3: 97-8 (1970) (IN RUSSIAN} C A 7%: 148692

Section 16. Nuclear Properties, Neutron Scattering 16-0959 FORMATION O t PROTONS BY IMPACT OF LOW ENERGY ~LECTRONS ON WATER MOLECULES. APPELL J + DURUP J IMT J M A R S S P E C T R U M I O N P H Y S I0(3}: 2 4 7 - 6 5 (1973} CA 78:008113 16-0990 ~PR D E T E C T I O N OF T H E H Y D R A T E D E L E C T R O N I N L I Q U I D WATER. A V E R y EO § R E M K O J R § S M A L L E R B J C H E M PHYS 49(2): 951 (1968} C A 69: 8 2 1 9 1 Z 16-0991 E X C I T A T I O N O F W A T E R BY E L E C T R O N I M P A C T B E T W E E N 3-6 EV. A Z R I A R § FIQUET-FAYAPJD F C O M E T R E N D B 273(22}: 9 ~ - 7 (1971) (IN FRENCH} C A 76: 066102 ~6-0992 N O N - I / V T H E ~ M A L i Z A T I O N P A R A M E T E R S IN WATER. H A M S A L NK § G O Y A L IC 9 G H A T A K AK J N U C L E N E R G Y 22{9}: 5 1 7 - 2 ~ (1968} C A 70: 0 0 8 3 1 9 ]6-0993 DYNAMICS OF LIQUID WATER AND THE THERMALIZATION OF NEUTRONS. B A N S A L RM § T E W A R I SP * KOTHA/%I L S J P H Y S D 7(8|: 1 1 3 2 - ~ 9 (197q) C A 81: 1681%E 16-0994 P R O T O N S P I N L A T T I C E R E L A X A T I O N I N H E X A G O N A L ICE. BARNA~-L DE + L O W E IJ J C H E M PHYS 49(10): 4 6 1 ~ - 1 8 (1968} C A 69: ~ 8 0 5 8 B 16-0995 N U C L E A R D E C O M P O S I T I O N O F WATER. C O N C E P T A N D ECONOMICAL CONSIDERATIONS. BARNERT H P.EAKTORTAGUNG 6TR 6 9 5 - 8 (197%) (IN GERMAN) C A 81: 5 7 0 3 4 R 16-0996 DEPENDENCE OE THE NEUTRON TEMPERATURE ON THE GEOMETRIC pARAMETER FOR WATER AND LOOSE SIPHENYL. B A Y E R R * C E R V E N A J ~ SCH;LFERLINGOVA N C Z E C H J P H y S 19(7): 9 1 1 - 1 7 (1909) CA 71:035251 16-0997 C A L C U L A T I O N O F N E U T R O N SI~SWING D O N N S P E C T R U M IN WATER USING GREEN'S FUNCTION. BHATTI RA J N U C L E N E R G Y 27(%}; 2 4 7 - 6 2 (1973) CA 79:012356 16-0998 M O D U L A T I O N O F E N V E L O P E S I G N A L S OF S P I N E C H O (OF W A T E R A N D BENZENE) A N D I T S E F F E C T O N F A R , M E T E R S M E A S U R E D BY A S P I N E C H O METHOD. SILDANOV MM + SAMIGULLIN FM NEKOT V O P F I Z Z H I D K 1966(1): 117-20 (IN RUSSIAN} C A 69: 6960J

Section 16. Nuclear Properties, Neutron Scattering 16-0999 P A S S A G E OF I N T E R M E D I A T E E N E R G Y N E U T R O N S ~ H R O U G H WATER, B O R O N C A R B I D E , A N D i R O N OXIDE. BOLYATKO W + L I P U N O V A D 4 M A S H K O V I C E VP § S I N I T S Y N EI + S U V O R O V A P § T S Y P I N SG V O P D O Z I M Z A S E C H I Z L U C H NO 8: 8 8 - 9 2 (1968) CA 71:026797 16-1000 PASSAGE OF NEUTRONH DE INTERMEDIATH ENERGIES T H R O U G H H E T E R O G E N E I T I E S I N WATER. BOLYATKO W + L I P U N O V A D § L Y A P N N O V NA + MASHKOVICH VP § SINITSYN BI § TSYPIN SG V O P D O Z I M Z A S H C R I Z L U C H NO 11: 1 1 9 - 2 4 (1970) RUSSIAN) C A 75: 013862

(IN

16-1002 PULSED NEUTRON EXPERIMENT IN HEAVY WATER AND ICE. BOEOSON HR N A V A L S H I P R H S D E V E L O p C E N T E R , 1973, 309P. AD756623 C A 79: 03587~

16-1012 N U C L E A R R E L A X A T I O N O F W A T E R P R O T O N S IN T H E C A T I O N E X C H A N G E R K U - 2 - 8 PHASE. BYSTROV GS + GRIGOREVA GA + MAZITOV RK § N I K O L A E V NI C O L L O I D J 35(2): 299-302 (1973) CA 79:035427 16-1013 MONTE-CA/tLO S T U D I E S O F D E U T E R I U M O X I D E A N D W A T E R NEUTRON MODERATORS FOR TIME OF FLIGHT EXPEHIMENTS. C A M A B D A HS N U C L I N S T R U M M E T H O D S I06(2): 2 0 5 - 1 2 (1973) CA 7 8 : 0 6 5 9 0 8 16-1014 N E U T R O N D I F F R A C T I O N S T U D Y O F W A T E R I C E A T 77 K. C H A M E E R L A I N JS + M O O R E FH § F L E T C H E R N H P283-4 OF P H Y S I C S A N D C H E M I S T R Y O F ICEI WHAI~LEy E * J O N E S S J + G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, ~05P.

16-1003 P U L S E D N E U T R O N E X P E R I M E N T IN D E U T E R I U M O X I D E W A T E R A N D ICE. B O R O S O N HR U N I V M A R Y L A N D P N D THESIS, 1972, 312P. C A 79: 0 3 7 8 4 6

16-1015 DEUTERON RELAXATION STUDY OF DEUTERIUM OXIDE M O T I O N S I N A L Y D T R O R I C L I Q U I D CRYSTAL. CHARVOLIN J § RIGNY P C H E M P H Y S L E T T 18(4): 5 1 5 - 1 8 (1973) CA 78:1~0673

16-1004 AN NMR SEARCH FOR THERMAL ANOMALIES IN PROTON S P I N L A T T I C E R E L A X A T I O N T I M E F O R WATER. BOWEN LO P H Y S L E T T A 26(4): 150-1 (1968) C A 69: 1 4 6 8 6 Q

16-1005 18

16-I005 O X Y G E N ATOM. P R I M A R y S P E C I E S IN I R B A D I A T E D WATER. BROWN WG § HART EJ R A D I A T RES 51(2): 2 4 9 - 5 3 (1972) CA 77:082096 16-1007 SLOW NEUTRON SCATTERING FROM WATER. B R U G G E R R M + P L U M M E R JP N U C L S C I E N G 33(2): 187-9~ (1968); HSAEC, 28P. I N - 1 1 ~ 1 C A 69: 54345J; 70: 016~I0

16-1010 THERMAL NEUTRON DIFFUSION DATA AND THE WIMS S C A T T E R I N G M O D E L S F O R L I G H T WATER. B U T L A N D A T D + C H U D L E Y CT UKAERE, 1970, 31P. A E E W - R - 7 0 1 C A 74: 149813 16-1011 R E L A X A T I O N DE P R O T O N S F R O M W A T E R I N KU-I A N D K U - 2 C A T ~ O N E X C H A N G E R S A T -1G DEGREES. B Y S T H U V GS + N I K O L A R V NI § G R I G O B E V A GA R U S S J PHYS C H E M 47(4): 568-9 (1973) CA 79:025363

16-1001 T H E R M A L N E U T R O N S C A T T E R I N G M E A S U R E M E N T S IN WATER. EORGONOVI GM § ROPPEL JU ~ YOUNG JA U S O F F I C E S A L I N E WATER: R E S D E V E L O p P R O G R R E P 1 9 6 9 ( N O ~49|: 59 PP C A 72: 027419

NEUTRON DIFFUSION MEASUREMENTS IN WATER FROM TO 280 DEGREES. B O W E N R A + S C O T T MC B R I T J A P P L PHYS, H E R 2, 2(3): 4 0 1 - 1 1 (1969) C A TO: 080977

679

1968,

16-1008 P R O T O N D Y N A M I C S OF W A T E R A N D I C E S T U D I E D BY INELASTIC SCATTERING OF SLOW NEUTRONS. R U R G M A N JO + S C I E S I N S K I J § S K O L D E P H Y S R E V 170(3): 8 0 8 - 1 5 (1968) C A 69: 3 0 1 9 5 J 16-1009 A REVIEW OF THERMAL NEUTRON DIFFUSION DATA FOR HEAVY WATER AND ITS CONSEQUENCES FOR NEUTRON S C A T T E R I N G L A W MODELS. BUTLAND ATD * CHUDLEY CT UKAERE, 1969, 25P. A E E W - R - 6 8 5 C A 74: 02720LI

16-1016 PROTON RELAXATION STUDY OF PARAFFINIC CHAIN M O T I O N S IN A L Y O T R O P I C L I Q U I D CRYSTAL. CHARVOLIN J § RIGNY P J C N E M RHYS 58(9): 3 9 9 9 - 4 0 0 8 (1973) CA 78: 166712 16-1017 P O S I T R O N I U M A N N I H I L A T I O N IN W A T E R A N D I C E D O W N T O -14q g E G R E E S BY A N G U L A R C O R R E L A T I O N MEASUREMENTS. C O L O M E I N O P + FISCE/mLA B § T R O S S I L P 3 5 3 - 8 S T E W A R T A T 9 R O E L L i G LO (EDS}, P O S I T I O N A N N I H I L A T I O N , A C A D E M I C P R E S S 1967, 438P. C A 69: 9 2 0 2 7 Q 16-1018 NEUTRON ATTENUATION IN WATER AND ALUMINUM- WATER MIXTURES. C O U L B O U R N GI U N I V V I R G I N I A P H D THESIS, 1968, 195F. CA 71:008882

16-1019 P U L S E N E U T R O N D E C A Y I N H E A V Y W A T E R SPHERES. DORNING J § GINSBERG A N U C L S C I ENG 4 1 ( 1 } : 138-q0 (1970) CA 73:051302 16-1020 TEMPERATURE DEPENDENCE OF NEUTRON INELASTIC S C A T T E R I N G F R O M WATER. ESCH LJ § YEATER ML § MOORE WE 9 SEEMANN KW R E N s H E L A E R P O L Y T E C H iNST, 1971, 235P.; N U C L SCI E N G 46 (2): 2 2 3 - 3 5 (1971| C A 76: 106836; C A 7 5 : 1 3 6 2 6 6 16-1021 E F F E C T I V E M O L E C U L A R QLZ%DRDPOLE M O M E N T O F WATER~ E U B A N K PT J P N Y S C H E M 77(22): 2670-I (1973) C A 79: 150581

680

Bibliography on Physical and Chemical Properties of Water: 1969-1974

16-1022 EVALUATION OF NEUTRON SPECTRA IN WATER USING THE MONTE-CARLO METHOD. FIEGEL A L A B C E N T A R M A M E N T , A R C U E I L , F R A N C E , 1971, 33P. LCA-NT-171-ET (IN F R E N C H ) CA 77:027930

16-1033 S C A T T E R I N G L A W S F O R H E A V Y W A T E R A T 540 D E G R E E S A N D L I G H T W A T E R A T 550 D E G R E E S K. H A y W O O D B C * P A G E DI P361-72 OF SYMP ON NEUTRON THERM REACTOR S P E C T R A , 1967, V O L I, I A E A , V I E N N A , 1968. C A 69: 8 2 7 0 6 W

16-1023 MEASUREMENTS OF NEUTRON THERMALIZATiON TIME CONSTANT OF LIGHT WATER BY PULSED NHOTRON METHOD. FUJINO M § SUMITA K J N U C L S C I T E C H N O L 7(6): 2 7 7 - 8 4 (1970) CA 73:051318

16-1034 ATOMIC ELECTRON POPULATIONS MOLECULES. HEHRE WJ § POPLE JA C H E M P E Y S L E T T 2(6): 3 7 9 - 8 0 C A 70: 0 5 0 6 8 7

16-1024 NEUTRON THERMALIZATION IN VARIOUS WATER- HEAVY W A T E R M I X T U R E ~ I N T E E T E M P E R A T U R E R A N G E 253 T O 4 D E G R E E S K. P A R T - I. G A N G W A N I GS § T E W A N I S P + EOTHA/~I IS N U C L SCI E N G 5 0 ( 4 } : 3 3 7 - 4 4 (1973) CA 78:118271 16-1025 PROGRAM FOR THE COMPUTING OF THE SCATTERING CROSS SECTIONS ON HEAVY WATER. GHEORGEE D § EAPEANU S § STEFAN H I N S T F I Z A T R O M A N I A , 1971, 21P. D N B R - 3 C A 75: 1 5 7 3 5 2 16-1026 TISK. PROGRAM FOR CALCULATING THERMAL NEUTRON SCATTERING KERNELS, AND ITS APPLICATION TO WATER. GIBBS AG § LINDENMEIER CW B A T T E L L E M E M I N S T , P A C I F I C N O R T H W E S T LAB, 1972, 64P. B N W L - 1675 CA 78:091572 16-1027 TRANSPORT LENGTH OF NEUTRON SCATTERING IN WATER, HEAVY WATER, AND GRAPHITE AS A FUNCTION OF NEUTRON ENERGY. GOSHCHITSKII BN + GUSEV VV + KONSTANTiNDV LV K O R O T O V S K I K H P M + S I D O R O V SK § CHERNOBROVKIN W + CEUDINOV V A T E N E R G 29 (2) : 9 1 - 5 (1970) (IN R U S S I A N ) CA 74:070631 16-1028 SLOW NEUTRON SCATTERING BY LIGHT AND WATER. GOTOH Y * TAKABASHI H N U C L S C I E N G 4 5 ( 2 ) : 1 2 6 - 4 0 (1971) C A 75: 0 5 7 6 7 3

SIM~PLE

(1968}

16-1035 X-RAY ZERO ANGLE SCATTERING CROSS SECTION WATER. NENDRICKS RW § MARDON PG § SHAFFER LB J C H E M P H Y S 6 1 ( 1 ) : 3 1 9 - 2 2 (1974) C A 81: 8 3 7 8 8 J

AND

16-10'30 PROTON R.EI~'~XATlrON I N WATER AND ETHANOL SOI,UTIONS OF COPPER ACETATE. GRASDALEN H § SVANE I CHEM PHu L E T T 3(6): 4 5 2 - 4 (1969} C A 71: 0 7 6 0 4 0

RELAXATION PROCESSES IN WATER. VISCOSITY, SELF DIFFUSION, AND SPIN LATTICE RELAXATION. KINETIC MODEL. HINDMAN JC J CHEM PHYS 60(11): ~88-96 (1974) C A 81: 5 6 2 5 2 Y 16-1036 RELAXATION PROCESSES IN WATt. SPIN LATTICE RELAXATION OR THE DEUTERON IN HEAVY WATER AND O X Y G E N - 17 IN W A T E R ( O X Y G E N - 17) . HINDMAN JC + ZIELEN AJ + SVIRMICNAS A + WOOD M J C H E M P H Y S 5 4 ( 2 ) : 6 2 1 - 3 4 (1971) CA 74:059133

16-1037 RELAXATION PROCESSES IN WATER. PROTON LATTICE RELAXATION TIME. HINDMAN JC + SVIRM/CKAS A + WOOD M J C H E M P H Y S 59(3): 1 5 1 7 - 2 2 (1973) C A 79: 1 2 0 2 3 7

SPIN

16-1038 RELAXATION PROCESSES IN WATER. SPIN LATTICE RELAXATION OF HEAVY WATER IN SUPERCOOLED WATER. HINDMA~ JC + SVIRMICKAS A J P E Y S C H E M 7 7 ( 2 0 ) : 2 4 8 7 - 9 (1973) C A 79: 139721

16-1040 THERMALIZATiON O F N E U T R O N S I N W A T E R A T 3.8 A N D 7 7 D E G R E E S K. ISHNAEV SN § SADIKOV IP * CHERNYSHOV AA A T E N E R G 32 (1): 33-8 (1972) (IN R U S S I A N } CA 76:147816 16-1041 TIME-DEPENDENT NEUTRON THERMALIZATiON IN WATER. ISHMA~EV S N + M O S T O V O I VI 9 S A D I K O V I P § TOLNACHEVA LA § CREENYSHOV RA Pq39-47 OF SyMP ON NEUTRON THERM REACTOR S P E C T R A , 1967, V O L 2, I A E A , V I E N N A , 1968. C A 69: 8 2 6 6 8 K

16-1031 DYNAMICS OF LIQUID WATER, HEAVY WATER AND SOLID WATER FROM THE INELASTIC SCATTER/NG OF EP ITHERMAL NEUTRONS. HARLING OK U S A E C , 1968, 21P. B N W L - S A - 1 5 3 5 C A 69: 9 2 2 1 6 A

16-1042 NMR LINE WIDTH OF ASSOCIATED WATER. IVANOV W + GRINCHENKO IV TR SIB TEKENOL INST NO 43:180-4 (1970) RUSSIAN) C A 76: 1 6 0 5 7 8

16-1032 SLOW NEUTRON INELASTIC SCATTERING DYNAMICS OF HEAVY WATER. HAP.LING O K N U C L S C I E N G 3 3 ( 1 ) : 4 1 - 5 0 (1968) C A 69: 3 2 3 0 3 S

16-1043 CAI~ULATION OF THE HYDROGEN BOND NMR THE WATER DINER. JASZONSKX M + SADLEJ AJ C H E M P R Y S L E T T 15(1): 4 1 - 4 (1972) C A 77: 1 0 7 3 7 2

AND TEE

OF

16-1039 ROLE OF THE ISOTOPIC COMPOSITION OF WATER IN THE SOLVATION OF IONS BASED ON NUCLEAR QUADRUPOLE RELAXATION DATA FOR DEUTERIUM. IONOV VI § BYSTROV GS J S T R U C T C H E M 11 (2): 1 9 8 - 2 0 2 (1970) C A 73: 0 5 9 6 7 5

HEAVy

16-1029 FAST AND RESONANCE NEUTRON SPECTRUM IN WATER GRAPHITE. GRANCEA I § CUCULEANU V § IOSIF V A C A D S O C R E P U B R O M , I N S T AT P H Y S , 1969, 12P. FR-77 CA 72:085344

FOR SOME

K

(IN

SHIFT

IN

Section 16. Nuclear Properties, Neutron Scattering 16-10~ E F F E C T O F P R E S S U R E A N D T E M P E R A T U R E ON N U C L E A R S P I N L A T T I C E R E L A X A T I O N IN WATER. K I S E L ' N I K V V + M A L Y U K NG * T O R Y A N I E AI ZH S T R U E T K H I M 15(4): 697-9 (1974) (IN RUSSIAN) C A 81: 1 6 1 7 9 0 v

16-10q5 N E U T R O N S L O W I N G D O W N C A L C U L A T I O N S I N WATER, H E A V Y WATER, A N D P O L Y E T H Y L E N E B Y T H E M O N T E C A R L O METHOD. L E E SJ § MA PY HO T Z U K ' O H S U E S 11(I): 78-27 (197~) C A 81: 1 6 2 5 7 5 R 16-1046 A T T E N U A T I O N O F I~ M S V N E U T R O N S IN WATEE. MARSHALL TO H E A L T H P H Y B 19(~): 571-4 (1970) CA 7~ 048689 16-I0~? R A D I O L y S I S O F W A T E R IN A W I D E R A N G E R A D Z O L Y S I S SOURCE. MELTON OE U N I V G E O R G I A , 1973, 25P. S R O - 6 4 0 - 6 CA 80:021356 16-I048 TIME DEPENDENT NEUTRON SPECTRA MEASUREMENTS IN WATER. M S N Z E L J H + S L O V A C E K F~E + G A E R T T N E R EE N U C L SCI ENG ~2(2): 119-36 (1970) CA 73: 12621~ 16-1049 THERMAL NEUTRON SPECTRA IN HOMOGENBOHS M~DIA. DA/~T-2: M E A S U R E M E N T O F A N G U L A ~ D E P E N D E N T L E A K A G E S P E C T R A F R O M H E A V Y WATER. MURAMATSU A § AIZAWA O § FUJITA Y 9 KADOTANI S D U L L T O K Y O I N S T T E C H N O L N O 102: 1-11 (1971} C A 75: 157312

16-1050 LIQUID WATER. ATOM pAIR CORE.ELATION EUNCTIONS FROM NEUTRON AND X-RAY DIFFRACTION. NARTEN AH J C H E M P H Y S 56(11): 5 6 8 1 - 7 (1972} CA 7 7 : 0 2 5 8 4 0 16-1051 X-RAY AND NEUTRON DIFFRACTION FROM WATER AND A Q U E O U S SOLUTIONS. N A R T E N AH P 3 ~ 6 - 6 2 O F I N T S Y M P ON S T R U C T U R E OF W A T E R A N D A Q U E O U S SOLUTIONS, L O C K W A P ( E D ) , V H R L A G CHEMIE, 1974. 16-1052 D I F F R A C T I O N BY M O L E C U l a R L I Q U I D S . (X-RAY A N D NEUTRON DIFFRACTION OF WATER AND CARBCN T E T R A C H L O R ~ D E , R E V I E W , 17 REFS) NA/~TEN AH T E A N S A M E R C R Y S T A L L O G R A S S O C 10: 19-28 (197~) C A 81: 177951 16-7053 P O S S I B L E H V A L U A T I O N OF T H E M o B I L I T y O F W A T E R M O L E C U L E S IN I O N E X C H A N G E R S B A S E D ON A S T U D Y O F T H E E F F E C T O F E L E C T R O N N U C L E A R I N T E R A C T I O N IN ELECTRON pARAMAGNETIC RESONANCE RELAXATION PROCESS. N I K O L A E V NI + M U R O M T S K V VI + G R I G G R E V A G A + V O L E O V VI R U S S J P H Y S C H E M 46(2): 300-2 (1972) C A 76: 158726 TEMPERATURE AND PRESSURE DEPENDENCE DE SELF DIFFUSION, VISCOSITY I AND NUCLEAR RELAXATION T I M E S IN L I Q U I D WATER. O ' R E I L L Y DE § P E T E R S O N E M § S C H E I E CE; C H ~ @ P H Y S L E T T 23(I): 69-72 (1973) C A 80: 0 8 4 0 9 @

681

16-1054 INFLUENCE O[ DEUTERONS ON PROTON RELAXATION T I M E S I N P A R A M A G N E T I C S O L U T I O N S . (WATER- H E A V Y W A T E R MIXTURES) PADMAVATHI G I N D I A N J P U R E A P P L P R Y S 6(5): 216-18 (1968) C A 69: 6 3 ~ 5 6 Y 16-1055 S C A T T E R I N G D E N E U T R O N S BY L I Q U I D WATER. P A G E DI P 3 3 3 - 6 2 O F F R A N K S F(ED), WATER, A C O M P R E H E N S I V E T R E A T I S E , V C L I, P L E N U M t NM, 1972. C A 78: 007887 16-1056 (NEUTRON) S C A T T E R I N G L A W V A L U E S F O R A M I X T U R E OF L I G H T W A T E R A N D H E A V Y WATER. P A G E DI UKA~RE, 1968. ~P. A E R E - R - 5 8 3 2 C A 69: 9 9 ~ 9 6 A 16-1057 HARWELL SCATTERING LAW pROGRAM: FREQUENCY D I S T R I B U T I O N O F M O D E R A T O R S . (WATER, H E A V y WATER} P A G E DI * H A Y W O O D BC UKAERE, 1968, 26P. A R R E - R - 5 7 7 8 C A 69: 7 3 1 6 8 V

16-1058 C O R R E L A T I O N O~ M O L E C U L A R O R I E N T A T I O N I N L I Q U I D W A T E R BY N E U T R O N A N D X - R A Y S C A T T F ~ N G . P A G E DI § P O W L E S JG MOL P H Y S 21(5): 9 0 1 - 2 6 (1971} C A 75; 13~207 16-1059 THERMAL NEUTRON DIFFUSION IN LIGHT AND HEAVY WATER 9 P A R K S P B § P E L L A R I N DJ + P R O C H N O W NH 9 BAUMANN NP N D C L SCI R N G 33(2): 2 0 9 - 1 7 (1968) CA 69: 56390U

16-1080 N E U T R O N D I F F U S I O N IN L I G H T A N D H E A V y WATER. PARES PB + PELLARIN DJ § BAUMANN NP + WILLIAMS MMR N U C L S C I E N G 35(3): q12 (1969) CA 7 0 : 0 8 3 3 0 6 16-1061 ANOMALOUS PARAPOSITRONIUM LIFETIME IN WATER AT 20 D E G R E E S . PATRO AP + SEN P J P H Y S C 5(23): 3273-8 (1972} CA 78:036703 16-1062 F A S T N E U T R O N S P E C T R A L FLEASUREMRNTS i N W A T E R OSi~G PROTON RECOIL DETECTORS. PAULSON CK P U R D U E U N I V PHD THESIS, 1970, 325P. CA 75: 0 7 0 4 0 9

16-1063 C O H E R E N T N E U T R O N S C A T T E R I N G BY L I G H T W A T E R A N D A L I G H T - H E A V Y M I X T U R E (64~ W A T E R - 3 6 ~ H E A V ~ WATER). P O W L E S JG + DOEE JC 9 P A G E DI M O L P S Y S 2~(5}: 1025-37 (1972) C A 78: 034202 16-106@ D E U T E R O N S P I N L A T T I C E R E L A X A T I O N IN H E A V y B E N Z E N E , B R O M O E E N Z E N E , W A T E R , A N D AMMONIA. POWLES JG § RHODES M B 7 5 7 - 8 OF C O L L O Q B E A/~PERE, ~ T H , 1966 M A G N S T I C a E S O N A N C E A N D R E L A X A T I O N , E L I N C R(ED), W O R T H - H O L L A N D , 1241P. 1967 C A 69: 101608J

682

Bibliography on Physical and Chemical Properties of Water: 1969-1974

16-1065 NEUTRON DIFFRACTION STUDY OF ICE POLYMORPNS. p A R T - !: I C E - I X . P/,BIDEAU S W + F I N C H ED + A R N O L D G P + B O W M A N A L J C H E M P H Y S 4 9 ( 6 ) : 2 5 1 4 - 1 9 (1968) C A 69: I 0 0 6 9 5 Y 16-1066 SCAT - A CODE FOR COMPUTING TEE SCATTERING SECTION OF LIGHT AND HEAVY WATER. R~EA~O S § S T E F A N H -I, G H E O R G H E D R E V R O U M P N Y H 16(2) : 2 4 1 - 3 (1971) C A 75: 0 7 0 3 3 6

CROSS

16-1067 R I V A - B U T L E R C O D E . (TO C A L C U L A T E T H E N E U T R O N S C A T T E R I N G C R O S S S E C T I O N O F H E A V Y WATER) RAPHANU S * GHEORGHE D § STEFAN H R E V R O U M P N Y S 16 (5} : 5 8 7 - 9 0 (197T} C A 75: 0 9 3 5 6 1

16-1068 CALCULATION OF SIMPLE DIFFERENTIAL NEUTRON SCATTERING CROSS SECTIONS FOR WATER BY THE GENERAL FREQUENCY SPECTRUM AND COMPARISON WITH MEASURED VALUES. REICHELT K § MA/ER G KERNFORSCHUNGSANL~E, 1969, 20P. J U L - 5 8 7 - F N (IN GERMAn) CA 74:037040 16-1069 INVESTIGATION OF LOW FREQUENCY MOTIONS OF WATER M O L E C U L E S I N I O N I C S O L U T I O N S BY N E U T R O N INELASTIC SCATTERING. SAFFORD GJ + LEUNG PS § NAUMANN AW + SCHAEFER PC J C H E M P H Y S 5 0 ( 1 0 ) : 4 4 4 4 - 6 7 (1969) C A 71: 0 2 5 2 1 7 16-1070 NEUTRON SCATTERING STUDY OF WATER AND I O N I C SOLUTIONS. SAFFORD GJ § LEUNG PS U S OFFICE SALINE WATER, RES DEVELOP RROGR REP N O 485, 1969, 36P. C A 73: 113101 16-1071 A NEUTRON SCATTERING STUDY OF WATER AND IONIC SOLUTIONS. S A F F O R D G J + N A U M A N N A W + S H A F F E R PC § HUNTER JA § GILLAM WS + MCCOY W U S O F F I C E S A L I N E W A T E R R E S D E V E L O P P R C G R H E P NO 280, 1967, 85P. C A 69: 1 0 0 7 8 q B 16-1072 NEUTRON INELASTIC SCATTERING STUDIES OF WATER AND IONIC SOLUTIONS. SAFFORD GJ § LEUNG PS +SCHAFFER PC § HUNTER JA + GILLAM WS + MCCOY H U S OFFICE SALINE WATER, HES DEVELOP PROGB HEP N O 372, 1968, 70P. C A 70: 0 6 1 1 1 5

16-1073 M E A S U R E M E N T O F N E U T R O N S L O W I N G D O W N T a M E IN L I G H T W A T E R , ICE, P A B A F F X N , A N D S A N T O W A X . SAKAMOTO S § KANEKO Y + AKINO F J N U C L SCI T E C R N O L (TOKYO} 6 ( 1 2 } : 6 7 1 - 7 (1969) CA 72:061953 16-1074 PULSED NEUTRON DIFFUSION PARAMETERS O F H E A V Y A N D L I G H T W A T E R A N D ICE, SALAITA GN § ROBESON A N U C L S C I E N G 46(2} : 2 1 4 - 2 2 (1971} C A 75: 1 4 6 7 8 q

IN M I X T U R E S

16-1075 INTERPRETATION OF THE PROTON SPIN LATTICE R E L A X A T I O N I N H E X A G O N A L ICE. SEIGLE G + WEITHASE M P 5 7 1 - 8 O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, R I E E L N + B U L L E M E R B 9 ENGELPL~RDT N ( E D S } , P L E N U M , 1969o

16-1076 PULSED NEUTRON INVESTIGATION OF THE EFFECT OF T E M P E R A T U R E O N T H E D E C A Y OF A T H E R M A L N E U T R O N P O P U L A T I O N I N W A T E R ICE. S I L V E R EG N U C L S C I E N G 34: 2 7 5 - 8 4 (1968} CA 70:008322 16-1077 MOLECULAR BEAM MEASUREMENTS OF TOTAL COLLISION CROSS SECTIONS OF WATER. SNOW WR § DOWELL JT + CHEVRENAK JG + BEREK HE J C H E M P H Y S 5 8 ( 6 ) : 2 5 1 7 - 2 0 (1973} C A 78: 140541 16-1078 OXYGEN-17 QUADRUPOLE COUFI~NG PAA~TERS WATER IN ITS VARIOUS PHASES. SPIESS HW 9 GARRETT BH § SHELINE RK + RABIDEAU SW J C H E M P H Y S 5 1 ( 3 ) : 1 2 0 1 - 5 (1969) C A 71: 0 7 6 0 4 6

FOR

16-1079 P R O T O N CH~/4ICAL S H I F T O F N E A T W A T E R ( O X Y G E N - 1 8 ) . SREDNI B + PINCNAS S J Fa~GN R E S O N A N C E 7 ( 3 } : 2 8 9 - 9 0 (1972} C A 77: 1 0 7 3 7 0

16-1080 SPECTBA OF EAST NEUTRONS FROM WATER PULSED 14 M E V N E U T R O N S . S T E L T S M L + A N D E R S O N J D + E A N S E N LF + PLECHATY EF + WONG C N U C L S C I E N G 46(I): 5 3 - 6 0 (1971} CA 75:115123

WITH

16-1081 PROTON NUCLEAR MAGNETIC RESONANCE STUDY OF DIAMAGNETIC CATION ASSOCIATION WITH HYDROXYLIC SUBSTRATES. INTERPRETATION OF IONIC MOLAL SHIFTS IN METHANOL AND WATER. STOCKTON GW + MARTIN JS J A M E R C H E M SOC 9 4 ( 2 0 ) : 6 9 2 1 - 3 0 (1972) C A 77: 144489 16-1082 MONTE-C~ STUDY OF HIGH ~NERGY ELECTRON S P E C T R A I N W A T E R A N D A~LOMINUM. SUGIYAMA E DENKI SHIKENJO ISO 34:577-81 (1970) (IN JAPANESE) C A 75: 0 7 0 5 0 8 16-1083 MONTE-CARLO CALCULATION OF ELECTRON SPECTRA AT HIGH ENERGIES. SUGIYAMA H DENKI SHIKENJO IHO 34:572-6 (1970) C A 75: 0 7 0 5 1 2

SLOWING

DOWN

16-1084 INCOHERENT NEUTRON SCATTERING AND NUCLEAR MAGNETIC RESONANCE. S U M M E R F I E L D GC § K L E I N B E R G R J P H Y S S O D J A P 28 (3): 6 4 4 - 6 {1970) C A 72: 0 9 5 0 9 1 16-1085 CALCULATIONS OF MOLECULAR OCTOPOLE MOMENTS W A T E R A N D METH~=NE, SWISSLER TJ § REIN R C H E M P H M S L E T T 15(4} : 6 1 7 - 2 0 (1972) CA 77:156647 16-1086 P R O T O N I C S T R U C T U R E O F M E T H A N E , AY~MONIA, AND HYDROGEN FLUORIDE~ T H O M A S IL C H E M R H Y S L E T T 3{9): 7 0 5 - 6 (1969} C A 71: 130341

FOR

WATER,

Section 17. Radiation Effects, Radiolysis

683

16-1087 N A T U R E OF C H E M I C A L S H I F T S O F P R O T O N S IN ~ A T E R HEAVY WATER SOLUTIONS. V D O V E N K O V M + G U R I K O V y U V § L E G I N EK S T R U K T R O L V O D Y Z H I V O M O R G A N I Z M E N O 2: 51-6 (1968) C A 72: 017078 16-1088 TEMPERATURE DEPENDENCE OF SPIN LATTICE R E L A X A T I O N IN W A T E R . V O R O N O V I C H A N 9 L I L I C B LS ~ F.HRIP~N MK T E E O R E X P E R C H E M 5(5}: 501-2 (1969) C A 72: 049~38 16-1089 INFINITE MEDISM NEUTRON WAVE PROPAGATICN. PART-2: N U M E R I C A L R E S U L T S F O B W A T E R A N D GRAPHITE. W A R N E R JH + E R D M A N N RC J N D C L E N E R G Y 23(3): 135-45 (1969| C A 71: 0 1 7 9 % ~ 16-1090 CHEMICAL SHIFTS OF AQUEOUS NONELECYRGL~TE S O L U T I O N S . I N F L U E N C E O~ T H E P O L A ~ AWE H O H P O L A E G R O U P S O N T H E W A T E R P R O T O N S H I F T S AT 0 EEGREES. WEN WY + HERTZ HG J S O L U T I O N C H E M I(I): 17-37 (1972} CA 78:008539 16-1091 I N E L A S T I C T H E R M A L N E H T R O N S C A T T E R I N G B~ L I Q U I D H E A V Y WATER. NHITTEMORE WL N U C L SCI E N G 33(2}: 195-208 (1968) C A 69: 5 6 3 9 1 V 16-1092 T H E R M A L N E H T R O N D I F F U S I O N A T T H E ICE- ~ A T s PHASE TRANSITION. W I L L I A M S P M § M U N N O FJ N H C L SCI E N G 43(I): 120-2 (1971) C A 7~: 0 2 7 2 6 3

Section 17. Radiation Effects, Radiolysis 17-1096 O X I D I Z I N G S P E C I E S IN I R R A D I A T E D W A T E R A N D A Q U E O U S SOLUTIONS. ADAMS GE E 1 9 5 - 2 1 1 OF INT D O N O R R A D I A T RES, 3 R D PROC, S I L I N I G ( E D ) , N O R T H - H O L L A N D , 1967. CA 70:008081 17-1097 O X Y G E N E F F E C T S IN T E E GAFLMA R A D I O L Y S I S O F A C I D I F I E D WATER. A L K A I T I S SA U N I V C A L I F O R N I A LOS A N G E L E S P H D THESIS, 1978, 170P. C A 80: 0 2 1 3 4 5

17-1098 W A T E R A N D A Q U E O U S SOLUTIONS. ANEAR M P 6 5 1 - 8 5 O F F U N D A M E N T A L P R O C E S S E S R A D I A T I O N CHEM, A U S L O O S P ( E D ) , I N T E R S C I E N C E , 1968. CA 7 0 : 0 8 2 9 7 3 17-1099 RADICAL AND MOLECULAR YIELDs IN WATER IRRADIATED BY GAM/4A-RAYS A N D H E A V Y IONS. APPLEHy A § SCHWARZ HA J P a Y s C B E M 73(6}: 1937-41 (1969) C A 71: 044@18

16-1093 PULSED NEUTRON MEASUREMENTS IN WATER N~AR AND BELOW ROOM TEMPERATURE. W I L L I A M S PM U N I V M A R Y L A N D P H D THESIS, 1971, I~8P. CA 7 6 : 0 5 3 6 6 4

17-1100 P U L S E R A D I O L Y T I C I N D U C E D TP-ANSIENT E L E C T R I C A L C O N D U C T A N C E IN L I Q U I D SOLUTIONS, p A R T I. T E C H N I Q U E A N D T E E R A D I O L Y S I S O F WATER. B A R K E R G C § ~ O W L E S P + S A M M O N DC § S T R I N G E R B TRANS FARADAY SOC 66:1498-508 (1970} CA 73:050704

16-1094 C A L C U L A T I O N OF N E U T R O N A G E S A N D S L O W I N G D O W N S P E C T R A IN L I G H T W A T E R F O R A F I S S I O N S O U R C E A N D A D - T SOURCE. u Y 9 SEKIYA T J N U C L SCI T E C H N O L 7(11): 5 6 4 - 7 3 (1970) CA 74:037407

17-1101 D I S T R I B U T I O N OF A B S O R B E D D O S E A R O U N D P O I N T SOURCES OF ELECTRONS AND BETA pARTICLES IN WATER AND OTHER MEDIA. B ~ G E R M~J J N U C L MED, S U P P L 12(5|: 5-23 (1971) C A 74: 133876

16-1095 M O D E L O F T H E C O L L E C T I V E M O T I O N OF W A T E R M O L E O U L E S I N WATER. PART-I: F R E Q U E N C Y O R T H E A C T I V A T E D D I S P L A C E M E N T OF M O L E C U L E S . FART-2: ~QUATIONS FOR THE T/ME OF SPIN LATTICE RELAXATION, DIELECTRIC RELAXATION. AND V I S C O S I T Y . PART-3: M E C H A N I S M O F T H E C O L L E C T I V E MOTION OF MOLEEULES. CALCULATION OF TBE A C T I V A T I O N E N E R G y O F B O N D C L E A V A G E . PART-4: CHANGE IN THE FREQUENCY OF MOLECULAR D I S P L A C E M E N T D U R I N G THE M E L T I N G O F IC~. Y A S H K I C H E V VI J S T R G C T C H E M I0(5}: 6 7 6 - 9 0 (1969); 11(3): 377-81; 11(5): 850-2 (1970); 12(2) : 291-2 (1971} C A 72: 035979; 73: 070399; 7W: 067916; 75:

17-1102 EVIDENCE FOR VERY EARLy IONIC EFFECTS IN BADIOLu O F WATER. B E V E N P L T § H A M I L L NH T R A N S F A R A D A Y S O C 66(10): 2 5 3 3 - % 0 (1970} C A 73: 10~279 17- I T O 3 SPECIF~5 I N I R R A D I A T E D O X X G E N A T E D WATER. B I E L S K I B H J + GEEICF~I J M P 1 7 7 - 2 7 9 O F A D V A N C E S IN R A D I A T I O N C H E M / S T R Y , 2, B U R T O N M & M A G E E J L (EDS), I N T E R S C I E N C E , 1969. C A 74: 0 3 6 8 8 1

VOL

17-1104 E V A P O R A T I O N O F A BATF~R D R O P U N D E R T H E I N F L U E N C E OF INFRARED RADIATION. B U E A T Y I VI r P O G O D A E V V A I Z V V Y S S H U C H E B ZAVED, F I E 13(1}: 143-2 (1970} CA 7 2 : 0 9 1 7 1 5

684

Bibliography on Physical and Chemical Properties of Water: 1969-1974

17-1105 E F F E C T O F PH ON R A D I C A L A N D M O L E C U L A R Y I E L D S IN T H E R A D I O L Y S I S OF WATER. BUXTON GV P 2 3 5 - 5 0 OF I N T C O N G R R A D I A T RES, 3RD PROC, S I L I N I G ( E D ) , N O R T H - H O L L A N D , 1967, CA 70:008071 17-1106 MECHANISM OF FORMATION OF WATER RADIOLYSIS PRODUCTS. B Y A E O V V M * K A L Y A Z I N EP R H I M V Y S E N E R G 4 (3): 255-9 (1970) CA 73:050701 17-1107 Y I E L D S OF I N T E R M E D I A T E p R O D U C T S O F G A M M A R A D I O L Y S I S O F WATER. B Y A K O V V M § M A ~ B O R O D A V D § P E T R Y A E V EP V E S T N B E L O R U S S U N I V 2(2): 6 8 - 9 (1971) (IN RUSSIAN) CA 77:120710 17-1108 X - R A y F O R W A R D S C A T T E R I N G C O E F F I C I E N T OF WATER. C H O ~ A C K Y NJ § E E E M A N WW A C T A C R Y S T ~ L L O G R , S E C T A 25: 5 6 4 - 8 (1969) C A 71: 034131 17-1109 R A D I A T I O N C H E M I S T R Y OF WATER. D R A G A N I C IG § D R A G A N I C ZD A C A D E M I C PRESS, 1971, 256P. (PHYSICAL C H E M I S T R y , A S E R I E S OF MONOGHAPHS) C A 75: 135806

17-1110 O R I G I N O F P R I M A R Y H Y D R O G E N P E R O X I D E y i e L D IN T H E G A M M A R A D I O L Y S I S O F WATER. D R A G A N I C ZD § D R A G A N I C IG J P H Y S C H E M 73(8): 2 5 7 1 - 7 (1969) C A 71: 066003 17-1111 F O R M A T I O N O F P R I M A R Y H Y D R O G E N A T O M Y I E L D IN THE G A M M A R A D I O L Y S I S OF WATER. D R A G A N I C ZD * D R A G A N I C IG J P H Y S C B E M 76(19): 2733-7 (1972) CA 77:133149 17-1112 P O S I T R O N L I F E T I M E S IN W A T E R A N D ICE, AND IN FROZEN AQUEOUS SOLUTIONS. ELDRUP M D A N I S H A T E N E R G Y COMM, 1971, 115P. R I S 0 - 2 5 4 C A 78: 036699

17-1113 P O S I T R O N L I F E T I M E 3 I N P U R E A N D D O P E D ICE A N D IN WATER. E L D R U F M + M O G E N S E N OE * T R U M P Y G J C H E M P E Y S 57(1): 4 9 5 - 5 0 4 (1972) CA 77:055233 17-1114 R ~ D I O A C T I V I T Y IN WATER: P R O J E C T MILROW. E S S I N G T O N EB § F E N S E E P R 9 N O R K W E U S A ~ C , 1970, 45P. N V O - 1 2 2 9 - 1 3 5 CA 74:018665 17-1115 M O L E C U I ~ H Y D R O G E N F O R M A T I O N iN T H E G A M M A R A D I O L Y S I S O F W A T E R A N D A Q U E O U S SOLUTICNS. FARAGGI M I M T J R A D I A T P H Y S C H E M 5(2): 197-206 (1973) C A 78: 166927 17-1116 I O N M O L E C U L E R E A C T I O N S IN A L P H A ~ A R T I C L E IRRADIATED A~4ONIA, DEUTERATED METHANE, AND H E A V Y WATER. F L U E G G E R A 9 L A N D M A N DA J C H E M P N Y S 54(4): 1576-91 [1971} C A 74: 080274

17-1117 C O U N T I N G T R I ~ I A T E D WATER. FRANCOIS B * LIMANDAS M INT J A P P L R A D I A T I S O T O P 22(10): C A 75: 146890

632-3

(1971)

17-1118 E L E C T R O N I M P A C T D I S S O C I A T I O N OF W A T E R A N D H E A V Y WATER INTO METASTABLE FRAGMENTS, F R E U N D RS C,H E M P E Y S L E T T 9(2): 135-8 (1971) CA 75:042567 17-1119 R A D I A T I O N C H E M I S T R Y O F WATER. C O M P A R I S O N OF G A M M A - R A Y S A N D T R I T I U M BETAS. GAGNON WF § APPLEBY A P 1 9 2 - 7 OF T R I T I U M , P A P T R I T I U M SYMP, 1972, P~GHISSI A + CARTER MW(EDS), MESSENGER GRAPHICS, P H O E N I X , 1973. C A 81: 4 3 9 9 7 V

17-1120 HOMOGENEOUS ~iNETICS MODEL OF AQUEOUS RADIOLYSIS. GOPINATHAN C O H E M S Y M P w IST PROC, V O L 2, P196-9, 1970, C H E M M E T A L L U R G Y C O M M O F A T E N E R G Y DEP, BOMBAY, INDIA. CA 7q: 047992 17-1121 EXCITONS AND MOLECULAR PRODUCT yIELDS IN LIQUID WATER. PART-I. GOPINATHAN C INDIA, A T E N E R G Y COMM, B H A B H A A T RES CENT, 1970. BARC-~89 C A 74: 070191 17-1122 R A D I O A C T I V I T Y T R A N S P O R T IN WATER. G R O M I E C MJ * G L O Y N A E F U N I V TEXAS, 1973, 80P. O R O - 2 3 C A 80: 148953 17-1123 I N T E R N A L GAS C O U N T I N G M E T H O D F O R A B S O L U T E M E A S U R E M E N T S OF T H E S P E C I F I C R A D I O A C T I V I T Y O R T R I T I A T E D WATER. H A D Z I S E H O V I C MF + M O C I L N I K I 9 B E K - U Z A R O V DJ § MILOJEVIC A N U C L I N S T R U M M E T H O D S 112(I-2): 69-71 (1973) C A 80: 021840

17-1124 M O D E L F O R T H E R A D I O L Y S I S O R WATER. H A M I L L WH J P H Y S C H E M 73(5): 1341-7 (1969) C A 71: 0 3 4 9 9 2 17-1125 E L E C T R O N S IN A Q U E O U S A N D O R G A N I C M E D I A A N D A MODEL FOR RADIOLYSIS. H A M I L L WH J C H E M PHYS 49(5): 2 4 4 6 - 7 (1968) C A 69: 101714R 17-1126 EVIDENCE FOR VERY EARLy EFFECTS IN T~E R A D I O L Y S Z S O E WATER. HAMILL WH + SAWAI T J RHYS CHE~4 7 4 ( 2 2 ) : 3914-24 {1970| C A 73: 135887 17-1127 SLOW NEUTRON I~ELASTIC SCATTERING STUDY OF LIGHT W A T E R A N s ICE. HARLING OK J C H E M PHYS 50(12): 5 2 7 9 - 9 6 (1969) CA 71:042436

685

Section 17. Radiation Effects, Radiolysis 17-1128 R A D I O L Y T I C D E C O M P O S I T I O N OF D I L U T E S O L U T I O N S OF OXYGENATED WATER AND THE VALUE OF QUANTUM YIELD OF SOLVATED ELECTRONS. HICKEL B 9 SUTTON J I N T J R A D I A T P H y S C H E M I(2): 1 7 7 - 8 3 (1969) C A 71: 0 3 4 9 8 7

17-1129 A P P E A ~ A N C E OF P R O T O N S i N IRP-ADIATED L I Q U I D WATER. K A B A K C H I SA 9 K U D R Y A S H O V LL § B U G A E N K O LT I N T J R A D I A T P H Y S C H E M 2(4): 1 8 7 - 9 0 (1970) C A 75: 0 4 3 0 8 6 17-1130 G A M M A R A D I O L Y S I S OF W A T E R U S I N G A S P E C I A L L Y D E S I G N E D G A M N A I R R A D I A T I O N LOOP. KOIKE M § TACHIKAWA E 9 HASHIMOTO H § CEKUBO T J N U C L SCI T E C H N O L 10(2): 111-7 (1973) CA 78:I|7521 17-1131 GAMMA RADIOLYSIS OF WATER AND SOME AQUEOUS SOLUTIONS UNDER MOLECULAR NITROGEN GAS BUEELING~ KOIKE M § TACEIKAWA E 9 HASNIMOTO H 9 CHKUBO T J N U C L SCI T E C H N O L 10(4): 2 3 4 - 4 1 (1973) CA 79:011937 17-1132 A N G U L A R D I S T R I B U T I O N OF G A M M A R A D I A T I O N IN I R O N A N D WATER. K O N D R A T E V BS T R G O R K P O L I T E K H I N S T 27(9): 40-3 (1971) (IN RUSSIAN) CA 79:060720 17-1133 RADIATION OF WATER AND HYDROXYL FUNDAMENTAL HANDS AT HIGH TEMPERATURES. KONKOV AA 9 VORONTSOV AV O P T Z P E K T R O S K 36(4): 649-53 (1974) (IN RUSSIAN) C A 81: 3 1 4 0 7 Q

17-1134 KINETICS OF HYDROXYL RADICAL REACTIONS IH I R R A D I A T E D O R D I N A R Y A N D S U P E R C O O L E D WATER. KULES I 9 SCHILLER R P 1 1 6 3 - 7 2 O F T I H A N Y S y y M P R A D I A T I O N CEEM, 3RD PROC, 1971, V O L 2, D O B O J 9 H E D V I P(EDS), A K A D KIADO, B U D A P E S T , 1972. K F K I (KOZP EIZ EUT INTEZ), 1971, 10P. K F K I - 7 1 - 2 1 C A 75: 091592; C A 79: 0 1 1 9 5 0 17-1135 R A D I O L Y S I S OF W A T E R BY T R I T I U M B E T A - R A Y S . SCAVENGING OF HYDROGEN PEROXIDE PRECURSORS. LEMAIRE G + FERRADINI C 9 PUCHEAULT J J P H Y S C H E M 76(11): 1542-6 (1972) CA 77:027367 17-1136 R A D I O L Y S I S O F W A T E R BY B E T A - R A Y S O F T R I T I U M . EFFECT OF HETEROGENEITY. LEMAIRE G 9 FERRADINI C P 1 2 1 3 - 1 7 OF T I H A N Y S Y M P R A D I A T I C N CBEM, 3RD PROC, 1971, V O L 2, D O B O J § H E D V I P(EDS), A K A D KIADO, BUDAPEST, 1972. C A 78: 142383 17-1137 M E C H A N I S M OF G A M M A R A D I O L Y S I S O F W A T E R IN T H E PRESENCE OF HYDROGEN PEROXIDE, HYDROGEn, AND OXYGEN. M A I B O R O D A V D + P E T R Y A E V EP § B Y A K O V V M V E S T S I A K A D N A V U E B E L A R U S K SSR, S E R F I Z - E N E R G N A V U K NO I: 32-6 (1973) (IN RUSSIAN) C A 79: 151561 17-1138 E V I D E N C E ~HAT E L E C T R O N S * H Y D R O N I U M I O N S D O E S G I V E H Y D R O G E N A T O M S . ( R A D I O L Y S I S O F WATER) NETA P § FESSENDEN RW § SCHULER RH N A T U R E (LONDON), P H Y S SCI 237(72): 46-7 (1972) C A 77: 027369

17-1139 R A D I O A C T I V I T Y IN WATER: P R O J E C T RULISON. N O R K W E + F E N S K E PR USAEC, 1970, 20P. N V O - | 2 2 9 - 1 3 1 C A 74: 0 1 8 6 6 4 17-11~0 P O S I T I V E HOLE M I G R A T I O N I N P U L S E I R R A D I A T E D W A T E R A N D H E A V Y WATER. OGURA H + HAMILL WH J P H Y S C H E M 77(25): 2 9 5 2 - 4 (1973) CA 80:007515

17-1141 E N E R G Y OF A G A S B U B B L E F O R M E D D U R I N G A p U L S E D I S C H A R G E IN WATER. O K U N IZ + FRAI6L%N BS I Z V V Y S S H U C H E H SAVED, F I Z 12(8): 154-7 (1969) CA 71:128965

17-11~2 R A D I A T I V E T R A N S F E R IN W A T E R A N D ICE C L O U D S I N T H E V I S I B L E A N D I N F R A R E D REGION. PLUS GN + KATTAWAR GW A P P L O P T 10(4): 7 3 8 - 4 8 (1971) CA 74:148657

17-1148 RADIOLYSIS OE WATER AND AQUEOUS SOLUTIONS IN TEE P R E S E N C E OF S T A B L E F R E E R A D I C A L S . PUTIRSKAYA GV § MATUS L P 1 3 6 7 - 8 0 OF T I H A H Y S Y M P R A D I A T I O N CHEM, 3RD PROC, 1971, V O L 2, D O B O J + H E D V I P(EDS), A K A D K~ADO, BUDAPEST, 1972. I Z O T O P T E C H N I K A 14(7-8): 3 1 0 - 1 3 (1971) (IN HUNGARIAN) CA 78: 117523; C A 76: 0 5 2 8 7 3 17-1144 USE OF A POTENTIOSTATIC METHOD TO STUDY WATER R A D I O L Y S I S IN A N A L K A L I N E MEDIUM. RAICHEVSKI G 9 PANGAROV NA I Z V O T D K R I M NAUKI, B U L G A K A B N A U K 2(4): 8 5 9 - 6 8 (1969) (IN RUSSIAN) C A 73: 114972 17-1145 EFFECT OF PE ON STEADY STATE CONCENTRATIONS OF M O L E C U L A R P R O D U C T S O F T H E R A D i O L Y S I S O F WATER. RAICHEVSKI G K B I M V Y S E N E R G 6(6): 5 2 9 - 3 5 (1972) (IN RUSSIAN) CA 78:130479 17-1146 R A D I O L Y S I S O F WATER. RINK E C M E M U N S E R E R Z E I T 5(3): CA 75:103585

90-5

(1971)

(IN GERMAN)

17-1147 H Y D R O G E N A N D H Y D R O G E N P E R O X I D E P R O D U C E D B Y G~/~MA RADIOLYSIS OF OXYGEN S A T U R A T E D WATER. SASSE RA A R M Y N U C L D E E LAB, E D G E W O O D ARSENAL, 1969, 38P. AD691327 C A 72: 017228 17-11~8 E F F E C T OF H O L E S C A V E N G E R S O N T H E R A D I O L Y S I S OF WATER. SAWAI T B U L L C R E M SOC J A P 44(7}: 1977-9 (1971) CA 75: 092969

17-1149 E V I D E N C E F O R T H E DRY C}~ARGE P A I R I N T H E R A D I O L Y S I S OE WATER. S A W A I T 9 H A M I L L WH J CHF24 PHYS 52(7): 3 8 4 3 - 4 (1970) C A 72: 1167q0 17-1150 R A D I A T I O N C H E M I S T R Y O F S U P E R C O O L E D WATER. SCHILLER R § KULES I J P B Y S C H E M 75(19): 2 9 9 7 - 9 (1971) C A 75: 124947

686

Bibliography on Physical and Chemical Properties of W a t e r : 1969-1974

17-1151 CHERENKOV RADIATION PROM THE PULSE RADIOLYSIS WATER. SHAEDE EA + WALKER DC I N T J R A D I A T P H Y S C H E M 1 (3) : 3 0 7 - 2 4 (1969) CA 71:076180

OF

THEORY AND METHODS OF THE RADIATION CHEMISTRY OF WATER. S H U B I N V N 9 K A B A K C H I SA; N A U K A , M O S C O W , 1969, 216P. CA 71:05~527 17-1152 POLARON YIELDS IN LOW TEMPERATURE PULSE RADIOLYSIS OF CHEMICALLY INERT AQUEOUS MATRICES. S H U B I N V N 9 S H R A N I N YUI 9 P E R N I K O V A T E VINOGRADOV GA J P H Y S C H U M 76 (25): 3 7 7 6 - 9 {1972) CA 78:022458 17-1153 IMPROVED M~MENT METHOD CALCULATIONS OF GAMMA-RAy TRANSPORT. APPLICATION TO POINT ISOTROFIC SOURCES IN WATER. SPENCER LV + SIMMONS GL N U C L S O l E N G 5 0 ( 1 ) : 2 0 - 3 1 (1973) CA 78:036941 17-1154 E L E M E N T A R Y P R O C E S S E S A N D R E A C T I O N S IN T H E RADIOLYSIS OF WATER. THOMAS JK P103-98 OF ADVANCES IN RADIATION CHEMISTRY, VOL 1= B U R T O N M ~ M A G E E L (EDS), I N T E R S C I E N C E , 1969.

CA 72:

105802

17-1155 COMPUTATION OF PION DEPTH- DOSE CURVES IN WATER AND COMPARISON WITH EXPERIMENT. T U R N E R J E § D U T R A N E O I S J * W R I G H T HA § H A M M R N + B A A R L I J § S U L I ~ V A N A N 9 B E R G E R MJ § S E L T Z E R S R A D I A T R E S 52(2) : 2 2 9 - 4 6 (1972) C A 78: 0 3 6 7 3 8 17-1156 NANOSECOND PULSE RADIOLYSIH SPECTROGRAPHICALLY. WALKER OC § WALLACE SC C H E M P H Y S L E T T 6(2): 1 1 1 - 1 4

EFFECT

STUDIED

(1970)

17-1157 SUBNANOSESOND PULSE BADIOLYSIS STUDIES. WALLACE SC U N I V B R I T I S H C O L U M B I A P H D T H E S I S , 1971. C A 77: 1 3 3 1 4 7

17-1158 RADIOACTIVITY PRODUCED AND RELEASED FROM WATER AT HIGH ENERGIES. WARREN GJ + BUSICK DD § MCCALL RC P 9 9 - 1 1 0 O F I N T C O N E ON A C C E L E R A T O R A N D D O S I M E T R I C E X P E R L M E N T S , 2ND PROCf 1969, U S A E C , 1970. CA 75:057518 17-1159 MEASUREMENT OF PHOSPHORUS-32 CHERENKOV RADIATION IN WATER BY A LIQUID SCINTILLATION SPECTROMETER. WIEBE LI § NOUJAiM AA + EDISS C i N T J A P P L R A D I A T I S O T O F 2 2 ( 8 ) : 4 6 3 - 7 (1971} CA 75:093658

17-1160 EXPERIMENTAL AND CALCULATED YIELDS EN THE RADIOLYSIS OF WATER AT VERY HIGH DOSE BATES. WILLIS C § BOYD AW + ROTBNELL AE § MILLER OA I N T J R A D I A T P H Y S C H E M I (3) : 3 7 3 - 8 1 (1969) C A 71: 0 7 6 1 7 4

17-1161 RADIATION FIELD OF A THIN BEAM OF GAMMA QUANTA IN WATER. ZOLOTUKHiN VG § KIMEL LR + KSENOFONTOV AI + PANCHENKO AM + SINEV VN + SOROKIN BV VOP D O Z I M Z A S H C H I Z L U C H N O 1 1 : 9 5 - 1 0 8 (1970) (IN RUSSIAN) C A 75: 0 2 8 9 5 3

687

Section 18. Structure, Theoretical Calculations and Models of Structure 18-1170 S T R U C T H R E D E L I Q U I D WATER. ARAKAWA K K A G A K U (KYOTO} 26(12): 1172-8 JAPANESE) CA 78:164180

(1971)

(IN

Section 18. Structure, Theoretical Calculations and Models of Structure

18-1171 S T R U C T U R E T H E O R Y O F WATER. PART-I : T W O S T A T E T H E O R Y . PART-3: O R D E R - D I S O R D E R THEORy. ~J~KAWA K § SASAKI K B U L L C H E M S O C J A P 42(2): 3 0 3 - 9 (1969); 43(10): 3 0 4 8 - 5 3 (1970) C A 74: 015846

18-1162 MONTE CARLO SIMHLATION OF PHYSICAL CLUSTERS OF WATER MOLECULES. A B R A H A M FF J C H E M PHYS 61(3): 1221-5 (1974} C A 81: 1 5 9 0 5 9 V

18-1172 S T R U C T U R E T H E O R Y OF WATER. PART-~,9 T W O S T A T E THEORY. ARAKAWA K + SASAKI K B U L L C H E M S O C J A P ~2(2}: 303-8 (1969} CA 70:081647

CALORIMETRIC AND INFRARED SPECTROSCOPIC STUDIES O F E L E C T R O L Y T I C S O L U T I O N S . ( I N F L U E N C E OF S O L U T E S ON W A T E R STRUCTURE} A C K E R M A N N T * R U E T E R J A N S H; J C H I M P H Y S PEu B I O L 1969(OCT|: 12~-31 (I~ FRENCH} CA 72:025778

18-1173 SCF-MO~ A N D M O L E C U L A R P R O P E R T I E S O F WATER. ARRIGHINI GP § GUIDOTTI C + SALVETTI O J C H E M PHYS 52(3): 1037-41 (1970) CA 72: 0 8 3 0 7 8

18-1163 S I M P L I F I E D M O D E L F O R T H E S T R U C T U R E OE ~ATER~ AGENO M A T T I A C C A D NAZ L I N C E I , C L SCI FIB, M A T NATUR, R E N D 46(4|: 4 2 7 - 3 5 (1969) CA 72: 024918 18-1164 STRUCTURE OF WATER AND AQUEOUS SOLUTIONS. AHLUWALIA JC + RAO CNR J S C I i N D RES 30(9): 453-7 (1971} C A 76: 0 7 7 1 4 7 18-1165 AN L C A O - M O M O D E L E O R E X C E S S E L E C T R O N S IN ICE A N D WATER. A L D R I C H HS * G A R y LP + C U S A C H S L C P 1 6 1 - 4 O F P H Y S I C S ANC C H E M I S T R Y O F ICE, W H A L L E Y E § J O N E S S J + G O L D M (EDS), R O Y A L S O C C A N A D A , 1973, 405P. 18-1166 P O S I T I O N O F M O L E C U L E S IN T H E V A C A N C I E S O F T H E Q U A S I C R Y S T A L L ~ N E S T R U C T U R E O F WATER. A N D R I A N D V A IS + F I S H E R IZ J S T R U C T C H E M 11(6): 1033-4 (1970) C A 74: 0 4 6 4 1 9 18-1167 QUASICRYSTALLINE STRUCTURE OF MOLTEN METALS AND WATER. A N D R I A N O V A IS + Z A I T S E V A A M V E S T S I A K A D N A V U K B E L A R U S SSR, S E R F I Z - M A T N A V U K N O 4: 121-5 (1971) (IN B E L O R U S S I A N ) C A 75: I~4946 18-1168 S T A T I S T L C S O F P R O X I M I T Y E F F E C T S I N WATER. A N D R i A N O V A IS * F I S H E R I Z J S T R U C T C H E M 9(4): 5 1 7 - 2 2 (1988) C A 69: I 0 0 5 8 5 E

TWO STATE THERMODYNAMICS AND TRANSPORT P R O P E R T I E S F O R W A T E R F R O M " B O N D L A T T I C E I' MODEL. A N G E L L CA; J P H Y S C H E M 75(24): 3 6 9 8 - 7 0 5 (1971} CA 75:155498 18-1169 C A P A B I L I T Y O F T H E x(ALPHA) A P P R O X I M A T I O N TO PREDICT THE STRUCTURE OF MOLECULES. APPLICATION T O WATER. ANT(>CI S + M I H I C H L + N A ~ D E L L I G F J C B E M P E Y S 61(3): 1245-6 (1974) C A 81: 159060P

18-1174 EXPERIMENTAL DATA AND AB INITiO CALCULATIONS OF SOME ONE ELECTRON PROPERTIES OF THE WATER MOLECULE: COMPARISO~. ARRIGHINI GP + GUIDOTTI C C H E M P H Y S L E T T 6(5): 435-7 (1970) CA 74:006543 18-1175 APPROXIMATE HARTREE-FOCK WAVE FUNCTIONS, ONE-ELECTRON PROPERTIES AND ELECTRONIC STRUCTURE OF T H E W A T E R MOLECULE. P E R T U R B A T I O N V A R I A T I O N A L C A L C U L A T I O N OF T H E N U C L E A R S P I N - S P I N I S O T R O P I C C O N P L L N G C O E S T A N T IN HD. AUNG B C A L I F I ~ S T T E C H N O L P H D THESIS, 1969, 190P. C A 72: 0 8 3 1 0 3

18-1176 APPROXIMATE HARTREE-EOCK WAVE FUNCTIONS, ONE-ELECTRON PROPERTIES, AND ELECTRONIC STRUCTURE OF THE WATER MOLECULE. A U N G S + P I T I E R R M § C H A N SI J C B E M P H Y S 49(5): 2 0 7 1 - 8 0 1968) C A 69: 9 9 5 5 6 V 18-1177 LOWEST SINGLET AND TRIPLET POTENTIAL SURFACES ~" WATER. B A D E R R F W + G A N G I IRA C H E M P H Y S L E T T 6(4): 3 1 2 - 1 6 (1970) CA 74:015872 18-1178 S T R U C T U R E O ~ WATER: A M O N T E - C A R L O C A L C O L A T r O N , B A R K E R J A + W A T T S RO C H E M P H Y S L E T T 3 (3): 144-5 (1969) C A 71: 0 4 2 5 3 4

MONTE-CARLO STUDIES OF THE DIELECTRIC PROPERTIES OF WATER-LIKE MODELS. B A R K E R J A § W A T T S RO; M O L P H Y S 26(3}: 7 8 9 - 9 2 (1973) CA 79:130360 18-1179 S T A T I S T I C A L M E C H A N I C S O F WATER. W I T H D I R E C T E D BONDING. BELL GM J P R y S C 5(9): 8 8 9 - 9 0 5 (1972) C A 77: 025042

LATTICE MODEL

18-1180 GENERALIZED MOLECULAR DISTRIBUTION FUNCTIONS. BEN- M A i M A J C H E M P N Y S 59(12) : 6 5 3 5 - 5 5 (1973} CA 80: 074~5~

688

Bibliography on Physical and Chemical Properties of W a t e r : 1969-1974

18-1181 APPLICATION OF STATISTICAL MECHANICS IN THE S T U D E O F L I Q U I D WATER. BEN-MAIM A P ~ 1 3 - 4 2 O F F R A N K S F(ED), WATER, A C O M P R E H E N S I V E T R E A T I S E , V O L I, PLENUM, MY, 1972. C A 78: 007883 18-1182 M I X T U R E M O D E L A P P R O A C H T O T H E T H E O R Y UP C L A S S I C A L FLUIDS. PART-2: A P P L I C A T I O N TO L I Q U I D WATER. BEN-MAIM A J C H E M P H Y S 57(9): 3 6 0 5 - 1 2 (1972} CA 78:020493 18-1183 MOLECULAR THEORIES AND MODELS OF WATER AND OF DILUTE AQUEOUS SOLUTIONS. BEN-MAIM A P 5 8 5 - 6 2 3 OF F R A N K S F(ED}, W A T E R , A C O M P R E H E N S I V E T R E A T I S E , V O L 2, PLENUM, MY, 1972.

18-1184 R E C E N T D E V E L O P M E N T S iN T H E M O L E C U L A R T H E O R Y O R L I Q U I D WATER. BEN-MAIM A P 9 ~ - 1 1 5 OF I N T S Y M P ON S T R U C T U R E O F W A T E R A N D A Q U E O U S S O L U T I O N S , L U C K W A P ( E D ) , V E R L A G CHEMIE, 197~. W A T E R AND A Q U E O U S SOLUTIONS: I N T R O D U C T I O N TO A M O L E C U L A R THEORY. B E N - M A I M ~ PLENUM, MY, 1974, 47~P.

18-1185 H O L E A N D P A R T I C L E D I S T R I B U T I O N I N WATER, BEN-MAIM A J C E E M P E T S 50(1): ~0~-7 (1969) CA 70:0507~5 18-1186 S T A T I S T I C A L M E C H A N I C A L T H E O R Y O F WATER. B E N - M A I M A + S T I L L I N G E R FH P 2 9 5 - 3 3 0 OF H O R N E RA(ED), W A T E R A N D A Q U E O U S SOLUTIONS: S T R U C T U R E I T H E R M O D Y N A M I C P R O P E R T I E S , A N D T R A N S P O R T P R O C E S S E S , WILEY, 1972, 837P. C A 77: 0 0 9 8 2 5 18-1187 SELF CONSISTENT MOLECULAR ORBITAL CALCULATIONS POLYATOMIC MOLECULES. GAUSSIAN APPROXIMATION F O R T W O E L E C T R O N INTEGRALS. BENDAZZOLI GL § BERNARDI F + PALMIERI P INT J Q U A N T U M C H E M 5(5): 497-503 (1971) CA 75:103110

ON

18-1188 E X P E R I M E N T A L S T U D I E S OF A S I M P L E L I Q U I D MODEL. BERNAL JD § KING SV P 2 3 1 - 5 2 OF T ~ M P E R L E y H N V § R O W L I N S O N JS + RUSHBROOKE GS(EDS), PHYSICS OF SIMPLE LIQUIDS, N O R T H - H O L L A N D , 1968, 713P. CA 71:064358 1B-1189 STRUCTURE O F W A T E R A N D G E O L O G I C A L PROCESSES. BLOKE AM NEDRA, MOSCOW, 1969, 216P. (IN RUSSIAN) C A 72: 124082

18-1192 EFFECT OF SOLUTES AND TEMPERATURE OM THE S T R U C T U R E O R D E U T E R I U M OXIDE. R U N N E R OD J A M E R C H U M SOC 92(14): 4 1 9 7 - 9 (1970) C A 73: 071503

18-1193 R~TIONSHIP OF W A T E R S T R U C T U R E TO T H E P R O P E R T I E S OF A Q U E O U S SOLUTIONS. RUNNER OD R B C C~LSM P H O G R 32(1): 1-15 (1971} C A 75: 054148 18-1194 H Y D R O G E N B O N D I N G O F W A T E R I N O R G A N I C SOLVENTS. PART-I. B U M M E R O D * CHOI YS J P H Y S C H E M 78(17): 1723-7 (197~) CA 81:177727 18-1195 M O M E N T S O F E L E C T R O N D I S T R I B U T I O N I N T H E M O D E L OF AN ASSOCIATE ATOM FOR TEN ELECTRON HYDRIDEE~ B O R L S O V M S § V E T C H I N K I N SI T H E O R E X P E R C B E M 6(2): 129-36 (1970) C A 73: 048628

18-1196 E R A N C K - C C N D O N F A C T O R S F O R A M M O N I A A N D WATER. BUTTER R + ROSENSTOCK HM P579-89 O F A D V A N C E S IN M A S S S P E C T R O M E T R Y , V O L q, K E N D R / K E (EE), INST PETROLEUM, LONDON, 1968, 971P. C A 74: 058739 18-1197 S T A T I S T I C A L T H E R M O D Y N A M I C M O D E L FOR L ~ Q U I D WATER. BRETT AC U N I V M I S S O U R I P H D THESIS, 1968, 102P. CA 7 1 : 0 6 4 8 9 8 18-1198 E F F E C T OF D I M E T H Y L S U L F O X I D E O N THE S T R U C T U R E OF WATER. BRINK G § FALK M J M O L S T R U C T 5(I-2): 27-30 (1970) CA 7 2 : 1 0 3 9 9 2 18-1199 APPROXIMATE MOLECULAR ORBITAL THEORY ESSENTIAL S T R U C T U R A L ELEMENTS. PART-2: D I R E C T C O M P A R I S O N W I T H AB I N I T I O RESULTS. B U R T O N PG C H E M P H Y S 4(2): 2 2 6 - 3 5 (1974} C A 81: 5 4 6 0 2 P V I B R A T I O N S P E C T R A A N D S T R U C T U R E O F L I Q U I D WATER. C A B A N A A + J C L I C O E U R C C A N S P E C T R O S C 12(3): 9q-100 (1967) (IN FRENCH) CA 69: 6 5 ~ 3 A 18-1200 A L L V A L E N C E MO S T U D Y OF H Y D R O G E N B O N D I N G IN WATER. CHOJNACKI U T H E O R C H I M A C T A 22(3): 3 0 9 - 1 1 (1971) CA 75: 122168

18-1190 VALENCE SHELL CALCULATIONS ON POLYATUMIC MOLECULES. B L O O R J E § G I L S O N B R § B I L L I N G S L E Y FP T H E O R C H I M A C T A 12 (5): 3 6 0 - 7 2 (1968) CA 70:050635

18-1201 COMPLETE NEGLECT OF DIFFERENTIAL OVERLAP (CNDO/2} I N V E S T I G A T I O N O N L I N E A R C H A I N S OF SYMMETRICALLY BONDED WATER MOLECULES. CIGNITTi M + PAOLONI L T H E O R C E I M A C T A 22(3): 2 5 0 - 4 (1971) C A 75: 121931

18-1191 M E T H O D F O R H E A V Y W A T E R LATTICE. BONALUMI R § PALAZZI F § PIERI~I G COkIMUNAUTE E U R E N E R G A T - EURATOM, 1968, EUR-3921 CA 70:016344

18-1202 M O L E C U L A R F O R C E F I E L D A N D S T R U C T U R E O F WATER. R E C E N T M I C R O W A V E RESULTS. C O O K R L § D E L U C I A FC + H E L M / N G E R P J M O L S P E C T R O S C 53(I): 6 2 - 7 6 (197~) C A 81: 143672D

P R O C ~

285P.

Section 18. Structure, Theoretical Calculations and Models of Structure 18-1203 INCOMPLETE HYDROGEN BONDING AND THE STRUCTURE LIQUID ~ATER. CURNUTTE H ~ BANDEKAR J J M O L S P E C T R O S C 49(2|: 3 1 4 - 1 6 (1974) C A 80: 0 6 5 1 5 1 18-:204 INTRAMOLECDLAR VIBRATIONS OF THE WATER IN T H E L I Q U I D S T A T E . CU~NUTTE B 9 BANDEKAR J J M O L S P E C T R D S C 4 1 ( 3 ) : 5 0 0 - 1 1 (1972) C A 76: 0 9 2 2 2 3

OF

MOLECULE

18-1205 PERTURBATIVE AB INITIO CALCULATIONS OF INTERMOLECULAR ENERGIES. PART-3: WATER DIMER. DAUDEY JP I N T J Q U A N T U M C H E M 8(I): 2 9 - 4 3 (197~} C A 80: 1 0 0 4 7 4 18-1206 MIXTURE MODELS OF WATER. DAVIS CM + JARZYNSKI J P 3 7 7 - q 2 3 O F HOP~NE R A ( E D ) , W A T E R A N D A Q U E O U S SOLUTIONS: STRUCTURE, THERMODYNAMIC PROPERTIES, A N D T R A N S P O R T P R O C E S S E S , W I L E Y , 1972, 837P. CA 77:009820

689

18-1214 NONEMPIRICAL CALCULATION OF MOLECULES ON TEE B A S I S O F Ed(E(-AR2} G A U S S I A N F U N C T I O N S . DOLGUSHIN MD T H O R E E S R K H I M 9(6|: 7 8 2 - 9 (1973| (IN R U S S I A N | C A 8%: I i 5 0 8 9 18-1215 B E B A V i O R O F T H E CBF2~/IC~~jL B O N D I N A N F./~E~2TP~IC FIELD. PART-3. (TOTAL ENERGY OF WATER, SCF-MO CALCULATION) DROSSBACH P § SCHM/TTINGER P Z NATLr~FOESCB A 25(6): 8 3 4 - 4 0 (1970) C A 73; 0 5 9 4 1 8 18-1216 STRUCTURE OF WATER NEAR SOLID INTERFACES. DROST-HANSEN W IND ENG CHEM 61(11): 1 0 - 4 7 (1969) CA 72:047815 18-1217 EFFECTS OF PRESSURE ON THE VARIOUS AQUEOUS SYSTEMS. DROST-EA~SEN W P61-101 OF SOC EXRE~ EIOL, C A 81: 1 1 1 8 5 9 D

STRUCTURE

26TH

OF WATER

SYM.P,

1972.

MICROWAVE SPECTRUM AND STRUCTURE OF HYDROGEN BONDED WATER DIMER. DYKE TR + MDENTER J~ J CBEM EHYS 60(7): 2929-30 (197~) C A 81: 8 0 2 1 A

18-1207 RADIAL DISTRIBUTION FUNCTIONS IN X-RAY DIFFRACTION STUDIES OF LIQUID WATER. DEJAK C + LICHERI G + PICCALUGA G J APPL CRYSTALLOGR 3 (PT 3): 1 8 3 - 5 (1970) C A 73: 0 4 9 ~ 3 5

WATER STRUCTURE AND VISCOSITY OF CONCENTRATED ELECTROLYTE SOLUTIONS. E B E R T G § W E N D O R F F J; K O L L O I D - Z Z F O L Y M 2 3 0 ( I ) : 2 5 5 - 7 (1969) C A 71: 0 2 ~ 9 2 8

18-1208 THEORY OF MOLECULAR INTERACTIONS. PART-I: MOLECULAR ORBITAL STUDIES OF WATER POLYMERS USING A MINIMAL SLATER-TYPE BASIS. DEL BENE JE + POPLE JA J CHEM PEPS 52:4858-66 (1970) 16-1208 MOLECULAR ORBITAL THEORY OF THE HYDROGEN BOND. PART-2: SIMHRS CONTAINING HYDROGEN PEROXIDE AND WATER. PART-3: DINERS CONTAINING HYDROXYLAMINE, WATER, HYEOFLUGROUS ACID. DEL BENE JE J C H E M ~ H Y S 5 6 ( I 0 } : ~ 9 2 3 - 9 (1972); 5 7 ( 5 ) : 1 8 9 9 - 1 9 0 8 (1972| C A ~7: 0 0 9 7 6 % , ~ 0 5 7 9 6

18-1218 S E L E C T I O N O F PP00EER C A N O N I C A L O R B I T A L S . WATER. E L B E R T ST § L A ~ G H O F F S R ~ D A V I D S O N E R J C H E M P E P S 57(5|: 2 0 0 5 - 8 (1972) C A 77: 1 3 0 9 0 9 I%-1219 WATER STRUCTURE MODELS. ELIEZER I § ~INDEL R COORS CHKM REV 6(2-3}: 217-~6 C A 75: 1 3 3 0 8 ~

PART=2:

(1971}

18-1210 T H E O R Y OP M O L E C U L A R I N T E R A C T I O N S . PART-3: COMPARISON OF STUDIES OF WATER POLYMERS USING DIFFERENT MOLECULAR ORBITAL BASIS SETS. DEL BENE JE § POPLE JA J C H E M P B Y S 5 8 { 9 ) : 3 6 0 5 - 8 (1973) CA 78: 1 6 ~ 3 6 5

18-1220 S P I N E C H O S T U D Y O F WATt=R S T R U C T U R E BY N O N E L E C T R O L Y T E MOLECULES. EM~ELYANOV M I r S A M I G U L L I N Y M U C E ~AF, K A Z A N G O S U E I V N O 5 9 : 7 3 - 7 RUSSI@=N) C A 73: 0 ~ 8 6 9 6

18-1211 5CF-MO-LCGD STUDIES ON HYDROGEN BONDING. DIMER. DIERCKSEN GHF C H E M P H Y E L E T T 4(6): 3 7 3 - 5 (1969) C A 72: 0 4 7 6 0 9

18-1221 S O D I U M S A L T S O F H O M O L O G S O F AJLKYL S U L F A T E S AQUEOUS SOLUTIONS IN RELATION TO WATER STRUCTURE. ENDO H B U L L C H E M S O C J A B 4 5 ( 1 1 } : 3 2 7 0 - 6 (1972) C A 78: 0 2 0 8 5 2

18-1212 SCF-MO-LCAO STUDIES ON HYDROGEN BONDING. DIMER. DIERCKSEN GHF T H E O R C H I M A C T A 2 1 ( 4 ) : 3 3 5 - 6 7 (1971) C A 75: 0 5 3 2 2 9

iN

WATF~R

WATER

18-1213 G E O M E T R I C D E P E N D E N C E OF O N E E L E C T R O N P R O P E R T I E S OF WATER. DIXON M + CLAXTON TA § SMITH JAB J C H E M SOC, F A R A D A Y T R A N S 2 68 (12): 2 1 5 8 - 6 8 q (1972) C A 78: 0 2 0 3 9 8

STABILIZATION

(1967|

(IN

IN

18-1222 ADIABATIC COMPRESSIBILITY OF NONELECTROLYTE AQUEOUS SOLUTIONS IN RELATION TO THE STRUCTURES OF WATER ANE SOLUTIONSENDOE B U L L C H E M S O C J A P 4 6 ( ~ ) : 1 1 0 6 - 1 1 (1973) C A 78: 1 6 q 2 ~ 2 18-1223 STRUCTURE OP WATER. ERLANDER SR SCI J 5 A ( 5 } : 6 0 - 5 (1969) CA 72:059280

Bibliography on Physical and Chemical Properties of Water: 1969-1974

690

18-1224 S T R U C T U R E OF W A T E R A N D ITS R E L A T I O N S H I P ~O HYDROCARBON- WATER INTE~CTIONS. E R L A N D E R SR J ~CROMOL SOl C H E M 2(3): 595-621 {1968) CA 69: 22097P 18-1225 I O N I C A S S O C I A T I O N IN H Y D R O G E N B O N D I N G SOLVENTS. EVANS DF § M A T E S I C H NA P 9 5 - 1 1 8 OF P H Y S I C A L C H E M I S T P Y OF A Q U E O U S SOLHTIONS, KAY BL(ED), PLENUM, NY, 1973. 18-1226 I S O S B E S T I C POINTS A N D THE S T R U C T U R E FALK M + WYSS HR J C H E M P H Y S 51 (12) : 5727-8 (1969) CA 7 2 : 0 7 2 7 8 6

18-1228 STUDy OF T H E W A T E R MOLECULE IN THE G A S E O U S PHASE E X C / T E D STATES OF WATER, WATER(~) AND WATER(-). FIQUET-FAYARD F ISR J CHEM 7(2): 275-89 (1969)

71:064327

NEAR I N F R A R E D S P E C T R O S C O P I C I N V E S T I G A T I O N OF THE E F F E C T OF T E M P E R A T U R E ON THE S T R U C T U R E OF WATER. F I S H E R H + M C C A B E E WC; S U B R A M A N I A N S J PHYS C B E M 74(25) : 4360-9 (1970) C A 74: 026374 18-1229 S T R U C T U R E OF WATER. F I S H E R IZ S T R U K T ROL VODY ZEIVDM O R G A N I Z M E (1970) (IN RUSSIAN) CA 7 5 : 0 2 5 6 3 5

18-1236 R E S T R I C T I O N S ON AN A C C E P T A B L E MODEL. (OF WATER) FRANK H PI0-49 OF INT SYMP O N S T R U C T U R E OF WATER AND AQUEOUS SOLUTIONS, L U C K WAP (ED), VERIAG CHEMIE, 1974.

OF WATER.

18-1227 I N T E R L A Y E R C O M P L E X E S IN LAYER SILICATES, S T R U C T U R E O F W A T E R IN I ~ IONIC SOLUTIONS. F A R M E R VC § R U S S E L L JD T R A M S FARADAY SOC 67(9}: 2737-49 (1971) CA 7 5 : 1 0 1 6 0 6

CA

18-1235 GF (GROUP FUNCTION) C A L C U L A T I O N WiTH M I N I M A L AND EXTENDED BASIS SETS F O R WATER, AMMONIA, METHANE, AND H Y D R O G E N PEROXIDE, FRANCRINI PF + VERGANI C T H E O R C H U M ACTA 13(1): ~6-55 (1969} CA 7 0 : 0 8 1 0 3 5

NO 3: 34-40

18-1230 AN Z N I T I O STUDY OF THE P O T E N T I A L ENERGY SURFACE OF THE B(1)A(1) EXCITED STATE OF WATER. PLOUQUET F + HORSLEY JA J C H E M PRYS 60(10): 3767-72 (1974) CA 81: 82608P 18-~231 W A T E R S T R U C T U R E A N D CRITICAL T E M P E R A T U R E S OF H Y D R O G E N C O M P O U N D S OF OXYGEN, SULFUR, AND SELENIUM. F O K E E V VM I Z V V Y S S H UCHEB ZAVED G E O L R A Z V E D 11 (2): 45-9 41968) (IN RUSSIAN) CA 69: I00782Z 18-1232 MOLECUI~ M O D E L I N G WITH S P H E R I C A L GAUSSIANS. FORD B + HALL GG § P A C K E R JC INT J QUANTUM C H E M 4 (5): 533-9 (1970) CA 73: 123674

18-1237 S T R U C T U R E DE ORDINARy WATER. FRANK BS S C I E N C E 169(3946}: 635-%1 41970) CA 73: 080562

18-1238 S T R U C T U R A L M O D E L S (OF WATER) . F R A N K HS P515-77 OF FRANKS F(ED)# WATER, A C O M P R E H E N S I V E TREATISEe V O L I, PLENUM, Nu 1972. CA 7 7 : 1 6 8 7 1 8 18-1239 EFFECTS OF SOLUTE~ ON THE H Y D R O G E N BONDING IN WATER. FRANKS F P31-48 OF SYMP ON H Y D R O G E N - B O N D E D S O L V E N T SYSTEMS, C O V I N G T O N AK + JONES P (EDS), T A Y L O R AND FRANCIS, LONDON, 1968. 18-1240 EFFECTS O F S O L U T E S A ~ D S U R F A C E S ON THE S T R U C T U R A L PROPERTIES OF L I Q U I D WATER. FRANKS F P43-51 OF M E M B R A N E MODELS F O R M BIOL MEMBRANES, BOLIS L(BD) , N O R T U - H O ~ D , 1988. CA 7 0 : 0 8 4 2 2 0 18-1241 USE OF SLIGHTLY SOLUBLE, N O N P O L A R SOLUTES AS PROBES FOR O B T A I N I N G E V I D E N C E OF WATER STRUCTURE. G E T Z E N FW P53-667 OF SYME ON ORDEP~ED FLUIDS A N D L I Q U I D CRYSTALS, 2ND, 1969, J O H N S O N JF + P O R T E R RS(EDS), PLENUM, MY, 1970~ 494P. CA 78: 152158

18-1242 I N F L U E N C E OF WATER S T R U C T U R E ON AQUEOUS SOLUBILITY, GETZEN FW 9 WARD TM IND ENG CBEM, PROD HES DEVELOP 10 (2} : 122-32 41971) CA 75: 026029 18-1243 EXTERNAL CONSTRAINTS FOR INNER SHELL MOLECULAR SON CALCULATIONS. G I A N T U R C O F R A + ZAND4DMENEGBI M J CHIM PHYS P H Y S I C O C H I M BIOL 71 (I): 18-20 (1974) CA 80: 112991

18-1233 H Y D R O G E N BONDING IN WATER A N D ICE. FORD TA + F A L K M CAN J C H E M 46(22): 3579-86 (1968) CA 7 0 : 0 1 4 5 8 4 18-1234 S T R U C T U R E OF WATER. FORSLIND E QUART REV B I O P N M S 4(4): CA 77: 066426

325-63

(1971)

18-1244 TOWARD A M O D E L FOR L I Q U I D WATER. GIBBS J H § COHEN C * F L E M I N G PD * POROSOFF H J SOLUTION C H E M 2 (2-3) : 277-99 {1973) ; P179-202 OF P H Y S I C A L C H E M I S T R Y OF AQUEOUS SOLUTIONS, KAY RL (ED), PLENUM, NY, 1973. CA 79: 139750 B I B L I O G R A P H I C A L REVIEW." S T R U C T U R E OF LIQUID WATER: WORK BELATING TO THE P R E P A R A T I O N AND STUL~Y OF WATER WITH M O D I F I E D STRUCTURE. (REVIEW, 121 REFS) GILLES L; COMMIS ENERG AT (FR) SERV DUO, SER HZBLIOGR, 1969, 54P. CEA-BIB-151 CA 7 2 : 0247W3

Section 18. S t r u c t u r e , Theoretical Calculations and M o d e l s of S t r u c t u r e 18-1245 D E P E N D E N C E OF T H E A C I D I T Y A N D B A S I C I T Y OE W A T E R O N T H E E X T E N T OF ITS H Y D R O G E N B O N D E D SIRUCTURE. GORDON JE J A M E R C H E M SOC 94(2): 650-I (1972} C A 76: 0 7 9 0 6 5 18-1246 LOCALIZED ORBITAL STUDIES OF HYDROGEN BONDING G E N E R A L A P P R O A C H A N D ~bPPLICATIONS TO WATER, F O R M I C ACID, A N D P Y H H V I C ACID. G O R D O N MS 9 T A D L M A N DE C H E M F B Y S L E T T 17(3}: 3 8 5 - 9 2 (1972) C A 78: 0 4 8 1 5 6 18-1247 G A S P H A S E I O N EQUILIBP.IUM S T U D I E S OF T H E H Y D R O G E N i O N BY M E T H A N O L , D I M E T H Y L E I B E R , A N D WATER. EFFECT OF HYDROGEN BONDING. G R I M S H U D EH + K E B A ~ L E P J A M E R C R E M S O C 95(24}: 7 9 3 9 - 4 3 (1973) C A H0: 0 0 7 6 % 3 18-1248 LIQUID PILLARS IN WATER. GROSSE AV I N O R G N U C L C H E M L E T T 4(5): CA 7 2 : 0 7 1 1 9 3

293-7

(1968)

18=1249 FROM LIQUID WALLS TO L I Q U I D H O U S E S AND MORE COMPLEX LIQUID STRUCTURES. GROSSE AV I N O R G H U C L C H E M L E T T 6(I}: 41-8 (1970) C A 72: I04136 18-1250 P R O J E C T E D GI W A V E F U N C T I O N S F O E M O L E C S I A B H E L I U M . L O C A L I Z E D W A V E F U N C T I O N S FOR WATER, H Y D R O X Y L , A N D A T O M I C OXYGEN. G U B E R M A N SL C A L I F I N S T T E C H N O L P H D THESIS, 1973, 178~. CA 80:007240 18-1251 DOUBLE ORBITAL EXPONENT SCF SELF CONSISTENT F I E L D F U N C T I O N S F O R WATER, A M M O N I A , A N ~ METHANE. GUIDOTTI C + SALVETTI O T B E O R C H I M A C T A 10(5): 454-7 (1968) C A 69: 1 3 0 4 5 T 18-1252 F L U C T U A T I O N S OF T H E C O O R D I N A T I O N N U M B E R IN WATER. G U R I K O V yUV S T R N K T R O L V O D Y Z H I V O M O R G A N I Z M E N O 3: 40-5 (1970) (iN RUSSIAN) C A 74: 130588 18-1253 B A S I S F O R A TWO S T R U C T U R E M O D E L O F W A T E R . G U R I K O V yUV J S T R U C T C H E M 12(2): 190-5 (1971} C A 75: 0 4 1 1 8 3 18-1254 S T R U C T U R E O F A N I C E L I K E S T R U C T U R E IN WATER= G U R I K O V YUV J S T R U C T C B E M g(4): 523-8 (1968) C A 69: I 0 0 6 7 3 Q 18-1255 S T R U C T U R E O F WATER. G U R I K O V YL"J P 5 - 1 5 OF S O S T O Y A N I E R O L V O D Y B I O L OB" E K T A K B S I M P T I F L I S (1966) K A y U S H I N LP(BD] NAUKA, M O S C O W , (1967) (IN RUSSIAN) C A 69: 8 9 5 9 2 Q

691

18-1256 M O L E C U L A R M O D E L S O F T H E S T R U C T U R E O F WATER. (REVIEN, 53 REFS} GURIKOV YUV P 1 4 - 2 3 OF I S S L E D OBL P O V E R K H S I L SB D O K L K O N F 3RD 1966, D E R Y A G I N B V (ED), N A U K A M O S C O W (1967) (IN RUSSIAN) C A 69: I09904Y S T R U C T U R E OE L I Q U I D WATER. STATISTICAL T H E R M O D Y N A M I C THEORY. H A G L E R AT + S C S E R A G A H A 9 N E M E T H Y G~ J PHYS C H E M 76 (22) : 3229-43 (1972) & C O R N E L L U N I V H B D THESIS, 1971, I04P. CA 77: 156618; C A 76: 064222 18-1257 I N F R A R E D M A T R I X I S O L A T I O N S T U D I E S O F WATER. H A L L A M HE ~ 2 8 6 - 3 0 1 O F I N T S Y M P ON S T R U C T U R E O F W A T E R A N D A Q U E O U S S O L U T I O N S , L U C K W A P ( E D } , VER/2%G C H E M / E , 1974. 18-1258 S I N G L E C R Y S T A L X - R A Y D I F F R A C T I O N S T U D Y O F WATER, H E A V Y W A T E R , A N D W A T E R (OXYGEN-18) H E X A G O N A L ICE, H A N D L E R ES B R O O K L Y N P O L Y T B C H I N S T P H D THESIS, 1968, 108P. CA 70:062095 18-1259 QUANTUM M~CHANICAL INVESTIGATIONS OF WATER MOLECULE INTERACTIONS. B A N K I N S DB NY D N I V B E D THESIS, 1970, 84P. CA 76:006869 18-1260 B Y D R O G E N B O N D E N E R G Y NOhi~.DDITIVITY IN WATER. H A N K I N S DB § M O S K O W I T Z J W 9 S T I L L I N G E R F H C B E M P H Y S L E T T 4(9): 5 2 7 - 3 0 (1970) CA 72:093503 P R O T O N M A G N E T I C R E S O N A N C E S T U D I E S OF W A T E R STRUCTURE. BINDMAN JC P251-63 OF DEVELOFAPHL SPECTROSC, V O L 16, P L E N U M 1968. C A 69: 7 2 6 2 1 A 18-1261 S T A B I L I Z A T I O N OF T H E L O C A L W A T E R S T R U C T U R E D U E TO O X Y G E N O R N I T R O G E N MOLECULES. HOEJER G § KELLER J J A M E R C H E M SOC 96(12): 3746-50 (197~} C A 81: 5 4 6 4 1 A 18-1262 AB I N I T I O C A L C U L A T I O N S O N V A L E N C E S H E L L MOLECBI2%R O H B I T A L S . HOI~N M + M U R R E L L JN J C H E M SOC F A R A D A Y T R A N S 2 70(5): (1974) C A 81: 6 8 8 6 7 R MARINE CHEMISTRY, TEE STRUCTURE OF WATER AND THE CHEMISTRY OF THE HYDROSPHERE. H O R N E RA; WILEY, 1969, 56HP. C A 71: 116~50 18-1263 S T R U C T U R E OF W A T E R A N D A Q U E O U S SOLUTIONS. HORNE RA PI-43 OF SURVEY OF PROGRESS IN CHEMISTRY, S C O T T AF(ED}, A C A D E M I C PRESS, 1968. C A 72: I0~460

V O L 4,

E F F E C T OF S T R U C T U R E A ~ D P H Y S I C A L C H A R A C T E R I S T I C S OF W A T E R O N W A T E R C H E M I S T R Y . H O R N E HA; P 9 1 5 - ~ 7 O F C I A C C I O LL(ED), W A T E R A N D W A T E R P O L L U T I O N H A N D B O O K , V O L 3, DEKKER, 1971o C A 76: 090128

692

Bibliography on Physical and Chemical Properties of W a t e r : 1969-1974

18-1264 CATION EXCLUSION BE INTERFACIAL WATER HORNE RA § YOUNG HP E L E C T R O C H I M A C T A 17(4}: 7 6 3 - 7 (1972} C A 76: 1 4 5 2 6 7 18-1265 AB INITZO CALCULATION OF SOME LOWER EXCITED STATES OF WATER. HORSLEY JA + FINK WH J C H E M P H Y S 50(2): 7 5 0 - 8 (1969) C A 70: 0 6 1 1 1 4

STRUCTURE.

18-1275 EFFECT OF BOND FUNCTION POLARIZATION ON THE LCAO-MO-SCF CAICULATION OF BOND ANGLES AND ENERGY BARRIERS. (WATER) JARVIE JO + RAUK A § EDMISTON C C A N J C H E M 52(15) : 2 7 7 8 - 8 4 (1974) C A 81: 1 2 6 9 7 5 N

LYING 18-1276 SECOND ORDER PROPERTIES OF THE WATER ~LECULE. JASZUNSKI M + OKNINSKi A § SADLHJ AJ A C T A P H Y S P O L A q i ( 5 } : 5 9 5 - 8 (1972) C A 77: 0 5 4 1 4 8

18-1266 MC ( M U L T I C O N F I G U R A T I O N } SCF CALCULATIONS LOWEST TRIPLET STATE OF WATER. H O S T E N Y RP * H I N D S A R + W A H L A C + K R A U S S C H E M P H Y S L E T T 2 3 ( 1 } : 9 - 1 2 (1973} CA 80:042365

ON THE M

18-1267 COMPARISON OF SLATER AND CONTRACTED GAUSSIAN B A S I S S E T S I N S C F A N D CI ( C O N F I G U R A T I O N INTERACTION) CALCULATIONS ON WATER. H O S T E N Y RP § G I L M A N E R + D U N N I N G T H § P I P A N O SHAVITT I C B E M P H E S L E T T 7(3): 3 2 5 - 8 (1970) CA 74:057442

A

18-1268 EFFECTIVE ROTATION BENDING HAMILTONIAN O~ A TRIATOMIC MOLECULE, AND ITS APPLICATION TO EXTREME CENTRIFUGAL DISTORTION IN THE ~ATER MOLECULE. BOY AR + BUNKER PR J M O L S P E C T R O S C 5 2 ( 3 ) : 4 3 9 - 5 6 (1974) C A 81: 9 7 1 0 9 A

18-1277 DOMAIN STRUCTURE OF LIQUID WATER ACCORDING THE THEORY OE INTERMOLECULAR FORCES. JHON MUS + CHO UI D A E H A N S W A H A E H W O E J E E 16(3): 135-41 (1972) KOREAN) C A 77: 1 3 0 7 0 7 18-1278 INERTIAL DEFECT AND GEOMETRY OF WATER CIBI S T A T E . JOHNS JWC C A N J P S Y S 4 9 ( 7 ) : 9 4 4 - 7 (1971} C A 74: 1 4 8 6 1 7

TO

(IN

IN THE

18-1279 ASYMMETRIC ROTOR ENERGIES. EX3hMPLE W A T E R (OXYGEN-16). J O H N S O N ~LM § L A G R O N E A H U N I V T E X A S , 1972, 43P. P B 2 1 2 1 1 6 C A 78: 0 6 4 3 7 3

18-1269 ANHARMONIC FORCE CONSTANT CALCULATIONS. BOY AR § MILLS IM + STREY G M O L P H Y S 24(6): 1 2 6 5 - 9 0 (1972) CA 78:064432

18-1280 E L E C T R O N D I F F R A C T I O N S T U D I E S O F L I Q U I D WATER. KALFaqN E + L E N G Y E L S + PA~LINKAS G + H A K L I K L § EKE E P366-77 OF INT SYMP ON STRUCTURE OF WATER AND AQUEOUS SOLUTIONS, LUCK WAP(ED), VERLAG CHEMIE, 1974.

18-1270 REVISED ZERO POINT ENERGY CALCULATION FOR WATER, H E A V Y W A T E R , }{DO I S O T O P I C E Q U I L I B R I U M . HULSTON JR J C H E M P H Y S 5 0 ( 3 } : 1 4 8 3 - 4 (1969} CA 70:081566

18-1281 APPLICATION OF ELECTRON DIFFRACTION TO STRUCTURAL STUDIES OF LIQUID WATER. KALMAN E § LENGYEL S § HAKLIK L § EKE E Z P H Y S C H E M 2 5 5 ( 2 ) : 3 4 9 - 5 6 (1974} (IN G E R M A N } C A 81: 1 6 0 6 2 3 F

18-1271 SELF CONSISTENT PROCEDURES FOR GENERALIZED VALENCE BOND WAVE FUNCTIONS. APPLICATIONS TO TRIATOMIC HYDROGEN, BORON MONOHYDRIDE, WATER, ETHANE, AND MOLECULAR OXYGEN. HUNT WJ + RAY PJ § GODDARD WA J C H E M P E Y S 5 7 ( 2 ) : 7 3 8 - 4 8 (1972) C A 77: 0 6 6 3 8 9

18-1282 ICE POLYMORPHISM AND THE STRUCTURE OF WATER. KAMBB P 5 0 7 - 4 2 O F S T R U C T C H E M M O L BIOL, R I C H A(ED} F R E E M A n , 1968. C A 69: I 0 0 6 5 4 J

18-1272 ELECTRONIC WAVE FUNCTIONS FOR SMELL MOLECULES. HUNT WJ C A L I F I N S T T E C H N O L P H D T H E S I S , 1972, 224P. CA 78:034197 18-1273 EXCITED STATES OF WATER USING IMPROVED ORBITALS. BUNT WJ * GODDA~D WA C H E M P H Y S L E T T 3 ( 6 } : 4 1 4 - 1 8 (1969} C A 71: 0 6 4 3 1 6

VIRTUAL

18-1274 T E T R A R E D R A L M E T H A N E W I T H O U T 28 .FAR. 2P PROMOTION AND HYBRIDIZATION. DIRECT CALCULATION OF THE EFFECTS OF PROMOTION AND HYBRIDIZATION IN METHANE, AMMONIA, WATER, AND HYDROGEN SULFIDE. JARVIE JO 9 WILSON W § DOOLITTLE J + SDMiSTON C J C H E M P H Y S 5 9 ( 6 } : 3 0 2 0 - 6 (1973} C A 80: 0 0 7 0 4 5

18-1283 S T R U C T U R E O E W A T E R A N D H Y D R O P H O B I C BOND. KATAYAMA A S E N - I T O K O G Y O 3(5): 2 9 3 - 9 (1970) (IN J A P A N E S E } C A 74: 0 4 5 6 5 7 18-1284 EFFECTS OF UREA AND N-ALKYL UREAS ON THE STRUCTURE OF WATER. KATAYAMA A + HOSOMI S * KUROKI N S E N ' I G A K K A I S H I 2 8 ( 3 ) : 7 6 - 8 1 (1972} (IN JAPANESE} CA 77:010387

18-1285 CONTINUUM THEORIES OH LIQUID WATER. K E L L GS P331-76 OF HORNE RA(ED], WATER AND AQUEOUS SOLUTIONS: STRUCTURE, THERMODYNAMIC PROPERTIES e A N D T R A N S P O R T P R O C E S S E S , W I L E Y r 1972, 837P. C A 77: 0 0 9 8 2 2

Section 18. Structure, Theoretical Calculations and Models of Structure 18-1286 DISTRIBUTION FUNCTION AND ANGULAR DEFORMATION A MODEL RELATED TO VITREOUS ICE AND LIQUID WATER. KELL GS J P H E S C H E M 78: 1 9 4 5 - 5 3 (197~) C A 81: 3 0 7 1 6 C

OF

THE WATER MOLECULE. (STRUCTUP~E, S P E C T R U M ) K E R N C W + K A R P L U S M; P 2 1 - 9 1 O F F E L I X F ( E D ) , WATER, A COMPREHENSIVE T R H A T L S E , V O L I, P L E N U M , NY, 1972. CA 78:008079 18-1287 COMMENTS ON A TWO-STRUCTURE MODEL KESSLER YUM + LYASHCHENKO AK J S T R U C T C H B M I 0 ( 2 ) : 3 0 6 - 7 (1969) C A 71: 0 3 3 6 1 ~

OF WATER.

18-1288 ONE-CENTER PERTURBATION APPROACH TO MOLECULAR ELECTRONIC ENERGIES. PART-4: TEN ELECTRON M O L E C U L E S O F T Y P E MBK. KIM H + PARR RG J C H E M P H Y S ~ 9 ( 7 } : 3 0 7 1 - 8 3 (1968) C A 69: 1 1 0 0 1 2 N 18-1289 S T R U C T U R E O F W A T E R I N T H E B U L K A N D ON T H E SURFACE OF MICA CRYSTALS. KISELEV AB § LIOPO VA + METSIK MS T R I R K U T S K P O L I T E K H I N S T NO 71: 1 4 9 - 6 5 (1972} (IN R U S S I A N ) CA 80:031282 18-1290 EXPERIMENTAL STUDY OF FILM WATER STRUCTURE ON A MICA SURFACE. KISELEV AB § LIOPO VA * METSIK MS I Z V V Y S S H U C N E B Z A V E D , F I Z I%(6}: 158-60 (1971) (IN R U S S I A N ) CA 75:122102 18-1291 STRUCTURAL EFFECTS IN WATER BETWEEN MICA PLATES. K I S E L E V A B + L I O P O V A + M E T S I K MS P194-6 OF POVERKH SILY TONKIKH PLENRAKH D I S P E R S N Y K H S I S T , SS D O E L K O N F P O V E R K S S I L A M , 4TH, D E R Y A G I N B V ( E D ) , N A U K A , M O S C O W , 1972. (IN RUSSIAN) C A 78: 0 2 0 5 9 9 18-1292 STRUCTURE OF MOLECULAR COMPLEXES. PART-I: ENERGY S U R F A C E O F A W A T E R M O L E C U L E I N T H E F I E L D OF A L I T H I U M P O S I T I V E ION. P A R T - 2 : E N E R G Y S D R E A C E S F O R A W A T E R M O L E C U L E I N T H E F I E L D OF A S O D I U M O R POTASSIUM CATION. PART-3: ENERGY SURFACE OF A WATER MOLECULE IN THE FIELD OF A FLUORINE OR CHLORINE ANION. KISTENMACHER H + POPKIE H § CLEMENTI E J C H E M P H Y S 5 7 ( 3 ) : 1 0 7 7 - 9 4 (1972); 5 8 ( 4 ) : 1 6 8 9 - 9 9 (1973); 5 8 ( 1 2 } : 5 6 2 7 - 3 8 (1973) C A 78: 1 1 5 4 8 4 , 79: 1 2 9 4 4 7 18-1293 STRUCTURE OF MOLECULAR COMPLEXES. PART-6: DLMERS AND SMALL CLUSTERS OF WATER MOLECULES IN THE HARTREB-FOCK APPROXIMATION. KISTENMACSER H + LIE GC + POPKIE H + CLEMEWTI E J C H m d P H Y S 6 1 ( 2 ) : 5 4 6 - 6 1 (197~) C A 81: 1 7 6 4 7 9 18-1294 LCAO-MO STUDY OF THE CHARGE TRANSFER HYDROGEN BONDING. KOLLER J + KAISER S + AZMAN A J M O L S T R U C T 1 3 ( 2 ) : 3 0 5 - 6 (1972) CA 77:105757

THEORY

OF

18-1295 MOLECULAR ORBITAL STUDIES OF HYDROGEN BONDING. K O L L M A N PA P R I N C E T O N U N I V P H D T H E S I S , 1970, 195P. C A 76: 0 5 0 3 4 2

693

18-1296 THEORY OF THE HYDROGEN BOND. KOLLMAN PA + ALLEN LC J C H U M P H Y S 5 1 ( 8 ) : 3 2 8 6 - 9 3 (1969) C A 71: 1 2 8 9 4 5 18-1297 STRUCTURE OE THE WATER DIMER. KOLLMA~ PA § BUCKINGHAM AD N G L P H Y S 2 1 ( 3 ) : 5 6 7 - 7 0 (1971) CA 75:092829 VOLUME VISCOSITY AND STRUCTURE OF HEAVY USING ULTRASONICS. K O R S K + D E O R A N I SO; P N Y S L E T T A 3 3 ( 8 } : (1970} C A 74: 0 8 0 0 2 6 PRESSURE DEPENDENCE OF ADIABATIC VOLUME VISCOSITY ANE STRUCTURE OF WATER USING ULTRASONICS. K O R S K * R A I G § A W A S T H I O N § S I N G H BE; P H Y S 4 3 ( 8 ) : 3 5 8 0 - I (1972) C A 77: 0 9 2 9 7 9

WATER 489-90

J APPL

18-1298 TF~MPERATURE AND PRESSURE DEPENDENCE OF THE EFFECTIVE DEBYE TEMPERATURE IN ASSOCIATED LIQUIDS BASED ON A QUASICRYSTALLINE MODEL. KOR SK + TRIPATHI ND J P H Y S S O C J A P 3 6 ( 2 ) : 5 5 2 - 7 (1974) C A 80: 1 0 0 3 0 2 18-1299 S T U D Y O F V I B R A T I O N F O R M S OF P O L Y A T O M I C M O L E C U L E S (WATER, H Y D R O G E N S E L E N I D E , D E U T E R A T E D M E T H A N E ) ON DIGITAL AND ANALOG COMPUTERS. KOV~CHUK DS + M O R O Z O V V P P19-22 OF pEIMEN MOL SP~KTROSK KHIM, SB DOKL RIB S O V E S H C H 3RD, E R A S M O y A R S K , U S E R , 1964. (IN RUSSIAN) C A 69: 1 4 2 2 5 P

18-1300 BOND ORBITAL CALCULATIONS FOR METHANE, AND WATER. KRELL J + ZUHRT CH + ZUELICKE L C H E M P N Y S L E T T 4 ( 5 ) : 2 6 1 - 2 (1969} C A 72: 0 3 5 9 ~ 7

AI4MONIA

18-1301 SIMPLE LOCALIZED ORBITALS FOR METhaNE, AMMONIA, AND WATER MOLECULES. KRELL J + ZUHRT CH + ZUELICKE L Z N A T U R F O R S C H A 27(6): 1 0 0 4 - 1 1 (1972) (IN GERMAN) CA 77:093073 18-1302 NUCLEAR CORRECTIONS TO MOLECULAR PROPERTIES. PART-W: THEORY FOR LOW LYING VIBRATIONAL STATES OF P O L Y A T O M I C M O L E C U L E S W I T H A P P L I C A T I O N T O T H E WATER MOLECULE NEAR THE HARTP~EE-EOCK LIMIT. EROEN BJ 9 ERMLER WC 9 KERN CW J C H E M PSYS 6 0 ( 1 ) : 2 2 - 3 3 (1974) C A 80: I 1 2 9 9 2 18-1303 CALCULATION OF THE VOLUMES OF SOME MOLECULES BASED ON REPRESENTATIONS OF THEIR STRUCTURE. E R U M G A L Z BS + T R A B E R DG T R S E V - Z A P A D Z A O C H P O L I T E K H I N S T N O 6: 3-7 (1969) (IN R U S S I A N } C A 75: 1 1 3 0 5 1

18-1304 STRUCTURE O~ WATER. LEE I § WHANG BMW B W A H A K K W A K O N G O P UI C R I N B O C A 72: 0 1 6 2 8 2

9(I):

10-15

(1969)

694

Bibliography on Physical and Chemical Properties of Water: 1969-1974

18-1305 D E N S I T Y E F F E C T S O N T H E D Y N A M I C S T R U C T U R E OF L I Q U I D D E U T E R I U M OXIDE. LEE Y 9 JONAS J J CH~24 p H Y S 57(10): 4233-~0 (1972) CA 78:009950 18-1306 S T R U C T U R E O F L I Q U I D W A T E R A N D ITS M O D I F I C A T I O N BY SOLUTES. LEHACI F S T U D C E R C E T ~ I Z 26(5): 5 1 7 - 3 3 (1974) (IN ROMANIAN) C A 81: 8 2 ~ 8 1 S 18-1307 E L E C T R O N D I F F R A C T I O N O N L I Q U I D WATER. LENGYEL S * ~ N E N A T U R E 248(5447): 405-6 {197W) C A 81: 5 5 3 2 9 S

18-1316 X-RAY DIFFRACTION DATA ON WATER AND HYDROGEN C H L O R I D E A Q U E O U S SOLUTIONS. LICHERI G * PICCALNGA G § PINNA G R E N D S E M E N F A C S C I U N I V C A G L I A R I 42(I-2): 85-116 (1972) C A 78: 152155 18-1317 P O I ~ R I Z A B I L I T I E S A N D HyPERPOL~/~iZABILITIES O F S M A L L P O L Y A T O M I C M O L E C U L E S (WATER, M E T H A N E e C A R B O N M O M O X I D E m FORMALDEHYDE} I N T H E U N C O U P L E D HARTREE-FOCK APPROXIMATION. LIEBMANN SP + MOSKOWITZ JW J CHEM PHYS 54:3622-31 (1971)

t8-1318 H Y D R O G E N B O N D STUDIES. p A R T - 7 9 : C O R R E L A T I O N CURVES FOR PROPERTIES OF HYDROGEN BONDED WATER MOLECULES RASED ON AB INITIO CALCULATIONS. L~NDGREN J + TEGENFELDT J J M O L S T H U C T 20(3): 3 3 5 - 4 2 (1974) C A 80: 114265

18-1308 S T R U C T U R A L M O D E L F O R L I Q U I D WATER. LENTZ BR C O R N E L L U N I V P H D THESIS, 1973, 155P. C A 81: 1 4 1 1 ~ 5 K

18-1309 S T R U C T U R E O F L I Q U I D W A T E R . PART-2: I M P R O V E D STATISTICAL THERMODYNAMIC TREATMENT AND I M P L I C A T I O N O F A C L U S T E R MODEL. LENTZ BR 9 HAGLER AT § SCBERAGA HA J P H Y S C H E M 78(15|: 1531-50 (1974) C A 81: | 5 9 0 1 8 F

18-1319 AB I N I T I O C A L C U L A T I O N S O H S M A L L H Y D R I D E S I N C L U D I N G E L E C T R O N C O R R E L A T I O N . PART-9: EQUILIBRIUM GBOM~TRIES AND ~ARMONIC FORCE CONSTANTS OF HYDROGEN FLUORIDE, HYDROXIDE, D I H Y D R O G E N E L U O R I D E ION, A N D WATER. LISCHKA H T H E O R C H I M A C T A 31 (I} : 3 9 - 4 8 (1973) CA 8 0 : 0 2 0 8 9 5

18-1310 W A T E R M O L E C U L E INTERACTIONS. S T A B I L I T Y O F C Y C L I C POLYMERS. LENTZ BR + SCHERAGA HA J CBEM PHYS 58:5296-308 (1973}

18-1320 INFLUENCE OF A RIGID SPHERE TYPE INERT SOLUTE ON T H E S T R U C T U R E O F WATER. LUCAS M C O M P T R E N D C 275(5): 3 0 7 - 8 (1972) (IN FRENCH) CA 77: 169468

18-1311 L O C A L I Z E D O R B I T A L S . PANT-l: S I G M A BONDS. M E T H A N E , AMMONIA) L E T C H E R J H § D U N N I N G TH J C H E M P H Y S 48(I0): 4538-43 (1968) C A 69: 4 6 2 1 6 C

18-1321 I N F L U E N C E O F A H A R D S P H E R E S O L U T E ON W A T E R STRUCTURE. LUCAS M J P H Y S C.HAM 76(26): 4 0 3 0 (1972) C A 78: 034609

(WATERo

18-1312 L O W A N G L E X - R A Y S C A T T E R I N G BY H O M O G E N E O U S SUBSTANCES. L E V E L U T AM + G U I N I E R A B U L L S O C F R M I N E R A L C R I S T A L L O G R 90 (4} : 445-51 (1967) (IN FRENCH) C A 69: I00597T

18-1322 C O R R E L A T I O N B E T W E E N T H E A C T I V I T Y O F W A T E R IN AQUEOUS SOLUTIONS OF QUATERNARY AMMONIUM SALTS AND THE EFFECT OR THE LATTER ON THE STRUCTURE OF WATER. L U C A S M + DE T R O H R I A N D A C O M P T R E N D C 274(22) : 1757-9 (1972) (IN FRENCH) C A 77: 106115

18-1313 A S T A T I S T I C A L M E C H A N I C A L T R E A T M E N T OF H Y D R O G E N B O N D I N G IN WATER. LEVINE S ~ pERRAM JN P l 1 5 - 3 0 O F S Y M P ON H Y D R O G E N - B O N D E D S O L V E N T S Y S T E M S , C O V I N G T O N A K + J O N E S P (EDS), T A Y L O R A N D F R A N C I S , L O N D O N , 1968.

18-1323 I N F L U E N C E O E Q U A T E R N A R Y AFLMONIUM S A L T S O N T H E S T R U C T U R E O F WATER. L U C A S M § M A ~ C I A C Q - R O U S S E L O T 5LM C O M P T R E N D C 274(4): 312-1q (1972} (IN FRENCH) C A 76: 118114

18-1314 IMPROVED METHODS OF CALCULATION OF ENERGY L O C A L I Z E D M O L E C U L A R ORBITALS: M E T H O D S CF STEEPEST AND PRINCIPAL ASCENTS AND APPLICATIONS T O T H E WATER, A M M O N I A , M E T H A N E , F O R M A L D E H Y D E , AND METHANOL MOLECULES. LIANG JH O H I O S T A T E U N I V P H D T~LESIS, 1970, I07P. C A 75: 0 5 3 2 1 8

18-1315 X-RAY DIFFRACTION STUDIES AND INTERSTITIAL MODEL F O R L I Q U I D WATER. LICHERI G + PICCALUGA G + PINNA G C H A M P H Y S L E T T 18(3): 3 3 3 - 6 (1973) CA 78:102253

18-1324 WATER STRUCTURE. LUCK WAP M E D W E L T 1970(3) : 87-101 CA 72:059286 18-1325 S T R U C T U R E O F WATER. LUCK WAP iNFOP~MATIONSDIENST, ~ H E I T S G E M H I N S C H V E R F A E R E N S T E C H 16 (3} : 127-59 (1970} C A 77: 0 2 5 6 0 6

pRARM {IN GEP.MA~J

18-1326 I N F R A R E D S T U D I E S O F H Y D R O G E N B O N D I N G IN PURE L I Q U I D S A N D SOLUTIONS. LUCK WAP P 2 3 5 - 3 2 2 OF ~ R A N K S F(ED), WATER, A C O M P R E H E N S I V E T R E A T I S E , V O L 2, PLENUM, NY, 1972.

Section 18. Structure, Theoretical Calculations and Models of Structure H Y D R O G E N B O N D E D S O L V E N T SYSTEMS. C O V I N G T O N A K § J O N E S (EDS} T A Y L O R AND FRANCIS, LONDON, 1968. B A N D O V E R L A P P I N G A N D W A T E R STRUCTURE. L U C K W A P + D I T T E R W J M O L S T R U C T I(4/5): (1968) C A 69: 1 4 2 5 3 W

339-48

E F F E C T OF E L E C T R O L Y T E C O N C E N T R A T I O N O N F L U I D I T Y A N D S T R U C T U R E iN D E U T E R I U M O X I D E . M A C D O N A L D JC; E L E C T R O C H I M A C T A 17(11): 1965-76 (1972} C A 77: 169477

OF THE THEORY OF SIGNIFICANT PART-I. (STRUCTURE O F WATER) CHIM

16(I):

18-1328 USE OF THE ENERGY MOMENTS METHOD FOR CALCULATING R O T A T I O N A L A N D C E N T R I F U G A L S T A T E S OF A W A T E R MOLECULE. M A K U S R K I N Y U S § T O L M A C H E V VI I Z V V Y S S H U C H E B ZAVED, F I Z 16(8): 80-4 (1973) (IN RUSSIAN) C A 79: 151034 18-1329 W A V E F U N C T I O N S O F V I B R A T I O N A L S T A T E S OF THE W A T E R MOLECULE. M A K U S H K I N Y U S * T O L M A C H E V VI I Z V V Y S S B U C B E B ZAVED, F I Z 11(7): 13-18 (1968} C A 70: 040839 18-.1330 TRANSFORMATION OF THE VIBRATIONAL- ROTATIONAL H A M I L T O N I A N FOR M O L E C U L E S O F X Y 2 - T Y P E . MAKUSRKIH YUS I Z V V Y S S B U C H E S ZAVED, FIZ 11(11): 126-8 (1968) (IN RUSSIAN) CA 70:062543 STRUCTURE OF WATER AND AQUEOUS SOLUTIONS. L U C K W A P (ED)~ V E R L A G C H E M I E , 1974. 18-1331 S T R U C T U R E O F L I Q U I D WATER. MARIN B C O ~ M I S E N E R G A T (FR}, 1969# 34P. C E A - R - 3 7 7 5 C A 71: 054429

18-1332 N E W D A T A ON T H E S T R U C T U R E A N D P R O P E R T I E S OF T H I N WATER FILMS ON MICA CRYSTALS. M E T S I K MS + P E R E V E R T A E V V D + L I O P O VA § TIMOSSCBENKO ST + KISELEV AB J C O L L O I D I N T E R F A C E SCI 43(3): 662-9 (1973) C A 79: 0 4 6 1 1 8 18-1333 I O N I Z A T I O N E N E R G I E S O F W A T E R F R O M PNO-Ci (PSEUDONATURAL ORBITAL- CONFIGURATION INTERACTION) CALCULATIONS. MEYER W I N T J Q U A N T U M C B E M , Sy~LP N O 5: 341-8 (1971) CA 76: 076774

(NEAR T H E

18-t335 ENERGY OF WATER CALCULATED BY MANY BODY PERTURBATION THEORY. M I L L E R J H § K E L L y SP P H Y S R E V L E T T 26(12): 6 7 9 - 8 0 (1971); P H Y S R E V A 4 ( 2 ) : 480-4 (1971) C A 74: 116009; CA 75: 0 8 0 4 4 6

39-54

(1968)

(IN

71359J

P R O B L E M S O F THERMODYN~hMICS AIqD T H E S T R U C T U R E O F W A T E R A N D N O N A Q U E O U S E L E C T R O L Y T E SOLUTIONS. M I S H C B E N K O KP § P O L T O R A T S K I I GM; K H I M I Y A , L E N I N G R A D , 1968, 353P. CA 71:043041 18-1337 S T R U C T U R E O F WATER. MIyAJIMA K R Y O M E N 9(6): 3 6 7 - 7 8 C A 77: 066271

18-1327 S T R U C T U R E O F T H E W A T E R DIMER. MAGNUSSON LB M O L P H Y S 21(3): 571 (1971) CA 75:092828

18-1334 D I R E C T C O R R E L A T I O N F U N C T I O N F O R WA~ER. T R I P L E POINT) MILLER A + WOODBEAD-GALLOWAY J M O L P H Y S 24(3): 543-52 (1972) C A 77: 156548

18-1336 APPLICATION STRUCTURES. MISDOLEA C STUD CERCET ROMAINIAN} C A 69:

695

(1971)

(IN JAPANESE)

18-1338 COMPARISON OE ~MPIRICAL POTENTIAL FUNCTIONS: MOLECULAR ORBITAL CALCULATIONS FOR WATER DIMERIZATZON. M O O R E L S + 0 " C O N N E L L JP J C H E M P H Y S 55(5): 2 6 0 5 - 6 (1971) C A 75: 133197 18-1339 M O L E C U L A R S T U D I E S OF H Y D R O G E N BONDS: D I M E P ~ C W A T E R W I T H T E E S L A T E R MINI~IAL B A S I S SET. MOROKUMA K + WINICK JR J CBEM PHYS 52:1301-6 (1970}

18-1340 ANHARMONIC POTENTIAL FUNCTION OF A WATER MOLECULE. M O R O Z O V V P + S T O R C H A I NT O P T S P E C T R O S C 34(5): 508-9 (1973) C A 79: 085004 18-1341 A N A L Y S I S O F A P P R O X I M A T E A B I N I T I O T R E A T M E N T S OF M O L E C U L A R P R O P E R T I E S O F W A T E R A N D AMMONIA. MROZEK J + NALEWAJSKI R A C T A P E Y S P O L O N A 46(2): 199-208 (1974) C A 81: 1 5 9 0 7 5 X 18-1342 C O N S I D E R A T I O N OF T H E V S E P R (VALENCE S H E L L E L E C T R O N P A I R REPULSION} M O D E L B Y A I~3CALIZED MOLECULAR ORBITAL STUDY OF THE GEOMETRY OF WATER. NALEWAY CA § SCHWARTZ ME J A M E R C H E M SOC 95(25}: 8235-41 (1973) CA 80:007245 L I Q U I D WATER. A T O M P A I R CORI~ELATION F U N C T I O N S FROM NEUTRON AND X-RAY DIFFRACTION. N A R T E N AH; J C H E M P H Y S 56(11}: 5 6 8 1 - 7 (1972) C A 77: 0 2 5 8 4 0

18-t343 OBSERVED DIFFRACTION PATTERN AND PROPOSED MODELS OF L I Q U I D WATER. N A R T E N A H + L E V y HA S C I E N C E 165(3892): 4 4 7 - 5 4 (1969} CA 71:074231 18-1344 L I Q U I D WATER. MOLECULAR CORRELATION FUNCTIONS FROM X-RAY DIFFRACTION. N A R T E N AB § L ~ V Y HA J C H B M P S Y S 55(5): 2 2 6 3 - 9 (1971) CA 7 5 : 1 0 1 5 ~ 0

18-1345 L I Q U I D WATER. S C A T T E R I N G O F X-RAYS. hL%RTEN A H § L E V Y HA P 3 1 1 - 3 2 OF F R A N K S F ( H ~ , WATER, A C O M P R E H E N S I V E T R E A T I S E , V C L I, PLENUM, NY, 1972. C A 77: 169043

696

Bibliography on Physical and Chemical Properties of Water: 1969-1974

18-1346 S T R U C T U R E O F WATER. N A V E R U K H I N YUI P 2 2 4 - 3 5 OF S V O B O D N O R A D I K A L ' N Y E S O S T C Y A N I Y A K~IM, B L U M E N F E L D LA(ED), N A U K A S I B OTD, N O V O S I P I R S E , USER, 1972. (IN RUSSIAN) CA 77:092930 18-1347 R E C E N T S T R U C T U R A L M O D E L S F O R L I Q U I D WATER. NEMETHY G P74-93 OF INT SYMP ON STRUCTURE OF WATER AND A Q U E O U S SOLUTIONS, L U C K W A P ( E D ] , V E R L A G CBEMIE, 197~.

18-1348 M O L E C U L A R I N T E R A C T I O N S IN H Y D R O G E N B O N D I N G S O L V E N T S . (WATER) NEMETHY G C O M M E N T P O N T I F A C A D SCI 2(51): 22P (1972) CA 81: 176197 S T R U C T U R E O F W A T E R A N D T H E T H E R M O D Y N A M I C S OF A Q U E O U S SOLUTIONS. N E M E T H Y G; IST S U P E R SANITA, L A B FIS, 1970, 65P. I S S 7 0 / 2 6 ; A N N I S T S U P E R S A N i T A 6 ( S P E C NO I): ~ 8 9 - 5 9 2 (1970) C A 75: 133484; 14~308

18-1349 ONE-ELECTRON PROPERTIES OF NEQAR- HARTREE-FOCK W A V E FUNCTIONS. PART-I: WATER. NEUMANN D + MOSKOWITZ JW J C H E M PHYS 49(5): 2056-70 (1968) C A 69: 9 9 5 5 ~ T 18-1350 EFFECT OF PRESSURE ON THE STRUCTURE OF WATER AND H E A V y WATER. NEVOLINA NA + HEIFER AL J S T R U C T C H E M 14(3): 501-2 (1973) CA 79:129414 18-1351 FORCE CONSTANT DISPLAYS OF UNSyMMETRIC MOLECULAR I S O T O P E S O F WATER, H Y D R O G E N SULFIDE, H Y D R C G E N SELENIDE, AND ACETYLENE. N I B L E R J W + P I M E N T E L GC J M O L S P E C T R O S C 26(3): 2 9 4 - 3 1 4 (1968) C A 69: 2 2 1 1 7 V

18-1356 S T R U C T U R E OE W A T E R A T T H E B O U N D A R Y W I T H A N O N P O I ~ R M E D I U M IN C O N N E C T I O N W I T H H Y D R O P H O E I C I N T E R A C T I O N S IN S O L U T I O N S O F D I P H I L I C M O L E C U L E S . P C H E L I N VA S V Y A Z A N N A Y A V O D A D I S P E R S N Y K H S I S T NO I: 7~-7 (1970) (IN RUSSIAN) C A 74: 035181 18-1357 GEOMETRY OF HYDROGEN BONDS FROM DONOR WATER MOLECULES. PEDERSEN B A C T A C R Y S T A L L O G R , S E C T B 30 (2) : 289-91 (1974) CA 80:125671

18-1358 I N T E / L S T I T I A L MODELS OF WATER I N THE RANDOM MIXING APPROXIMATION. PF/{RAM JW F~L P S Y S 21 (6) : 1077-85 (1971) C A 75: 155162 18-1359 H Y D R O G E N B O N D STATISTICS. (BONDING IN WATER, S T A T I S T I C A L MECHANICS) P E R R A M JW A D V A N M O L R E L A X A T I O N P R O C E S S E S 3 (I-~} : 51-9 (1972) C A 7 8 : 115290 18-1360 COOPEPJ~TIVE (STATISTICS OF) H Y D R O G E N B O N D I N G A N D T H E Q U E S T I O N OF F L I C K E R I N G C L U S T E R S I N WATER. P E R R A M JW + L E V I N E S MOL P H Y S 21 (4) : 701-8 (1971) C A 75: 122206 18-1361 A B I N I T I O V A L E N C E B O N D C A L C U L A T I O N S O F WATER. pART-I: P O N D D I S S O C I A T I O N ENERGIES. PETERSON C + PFEIFFER GV T N E O R C H I M A C T A 26(4): 321-30 (1972} CA 77:Iq~045 R E C E N T T H E O R E T I C A L W O R K O N THE S T R U C T U R E OF WATER: REVIEW. P E R R A M JW § L E V I N E S A D V A N M O L R E L A X A T I O N P R O C E S S E S 6 (I) : 85-122 (1974) C A 81: 126827R

W A T E R S T R U C T U R E M O D E L OF N A R T E N ET AL, A N D T H E P R E S S U R E E F F E C T ON S O U N D A B S O R P T I O N IN WATER. N O M O T O O § E N D O H; B U L L C H E M SOC J A B 44(6): 1519-22 (1971) C A 75: 053386

18-1362 AB I N I T I O V A L E N C E B O N D C A L C U L A T I O N S O F WATER. PART-2: V A L E N C E S T A T E E N E R G I E S . PETERSON C § PFEIFFER GV TREOR CHIM ACTA 33(2}: 115-24 (1974) C A 81: 7 8 2 8 G

18-1352 OXYGEN ISOTOPE PARTITION FUNCTION RATIO OF WATER A N D T H E S T R U C T U R E OF L I Q U I D WATER. O'NEIL JR + ADAMI LH J P H Y S C H E M 73(5): 1553-8 (1969) CA 71:034154

18-1363 S T R U C T U R E A N D P R O P E R T I E S O F W A T E R SOLUTIONS. PIEROTTI RA § LIABASTRE AA G E O R G I A I N S T TECHNOL, 1972# 113P. P B 2 1 1 6 3 C A 78: 020849

18-1353 SCALED PARTICLE- QUASILATTICE MODEL OF LIQUID WATER. O ' R E I L L Y DE P H Y S R E V A 7 (5): 1659-61 (1973) C A 78: 164222

18-1364 CALCULATED INTERMOLECUI~R FREQUENCIES FOR CLATHBATE AND ICELIKE WATER CLUSTERS. P L O M M E R PLM P I 0 9 - 1 3 O F P H Y S I C S A N D C H E M I S T R y O F I C E I WHAI=LEY E § J O N E S S J + G O L D W (EDS), R O Y A L S O C CANADA, 1973, q05P.

18-135~ A N H A R M O N I C P O T E N T I A L F U N C T I O N S OF P Q L Y A T O M I C M O L E C U L E S . (WATER A N D OTHERS) OVEREND J U N I V M I N N E S O T A , 1967, 22P. A D 6 6 4 0 6 0 C A 69: 2 2 1 2 2 T

18-1365 H Y B R I D I Z A T I O N IN W A T E R MOLECULE. POLAK R C H B M P H Y S L E T T 9(6): 6 3 0 - 2 (1971) CA 75: 112982

18-1355 N A T U R E O F T H E O R D E R E D S T R U C T U R E E L E M E N T S IN A Q U E O U S S O L U T I O N S O F D I P H I L I C M O L E C U L E S IN R E L A T I O N TO T H E I R H Y D R O P H O B I C I N T E R A C T I O N . PCHELIN VA C O L L O I D J'31(I): 124-5 {1969) CA 71:006763

18-1368 W A T E R STRUCTURE: UNSTABLE AGGREGATIONS OF S T A B L E CLUSTERS. P O L L A K ME J M A C R O M O L SCI, C N E M 5(3): 7 3 7 - 4 2 (1971): 5(4): 809-14 (1971) C A 74: 067912: C A 75: 121627

Section 18, Structure, Theoreticai Calculations and Models of Structure 18-1367 STUDY OF THE STRUCTURE OF MOLECULAR COMPLEXES. PART-4: T H E H A R T R E E - F O C K P O T E N T I A L F O R T H E W A T E R D I M E R A N D ITS A P P L I C A T I O N T O T H E L I Q U I D STATE. POPKIE H + KISTENMACHER H § CLEMENTI E J CHEM PHYS 59:1325-36 41973) 18-1366 S T R U C T U R E O F L I Q U I D WATER. PROCHAZKA K V E S M I R 49(4}: 102-6 (1970) C A 73: 124023 18-1369 P O S S I B L E R O L E O F T H E R E A R R A N G E M E N T OF E L E C T R O N C O N F I G U R A T I O N S OF M O L E C U L E S i N T H E S T R U C T U R E OF WATER. PUCHKOV W + KISLOVSKIi LD S T R U K T R O L V O D Y Z H I V C M O R G A N I Z M E N O 3: ~5-50 (1970) (IN RUSSIAN} CA 7 5 : 0 2 5 6 3 2

18-1370 H Y D R O G E N B O N D P A T T E R N S IN L I Q U I D WATER. RASMAN A § STILLINGER FH J A M E R C H E M SOC 9 5 ( 2 4 1 : 7 9 4 3 - 8 (19731 C A 80: 0 0 7 2 9 3 18-1371 S T R U C T U R E OF WATER. RAO CNE P 5 1 - 9 O F C H E M SYMP, 2 N D PROC, V O L 1, 1970, I N D I A N AT E N E R G Y COMM, BOMBAy, 1971. C A 76: 1 5 9 3 5 0 18-1372 T H E O R Y O F H Y D R O G E N B O N D I N G I N WATER. RAO CNR P 9 3 - 1 1 4 OF F R A N K S F (ED), WATER, A C O M P R E H E N S I V E T R E A T I S E , V O L I, PLENUM, NY, 1972. C A 78: 020240 18-1373 M O L E C U L A R O R B I T A L C A L C U L A T I O N S ON D I S T O R T E D H Y D R O G E N B O N D S I N T H E W A T E R DIMER. RAO CNR + GOEL A § MSETHY ASH J C H E M S O C A(I}: 190-I (1971} C A 74: 0 4 5 7 1 6 18-137~ C N D O / 2 (COMPLETE N E G L E C T OF D I F F E R E N T I A L OVERLAP) M O L E C U L A R O R B I T A L C A L C U L A T I O N S CN D I M E R S A N D P O L Y M E R S O F WATER. RAO CNR + GOEL A § MURTHY ASN I N D I A N J C H E M 9(1}: 56-8 {19711 C A 7~: 115996

697

18-1378 USE OF THE VIRIAL THEOREM FOR CALCULATING A N H A R M O H I C F O R C E C O N S T A N T S OF T H E W A T E R MOLECULE. ROSSIKHIN W § M O R O Z O V V P + S T O R C H A I NT T H R O E E X P E R C R E M 5(5}: 3 8 2 - 8 (1969} CA 72:059292

18-1379 USE OF THE VIRIAL THEOREM TO CALCULATE MOLECULAR FORCE CONSTANTS. HARMONIC FORCE CONSTANTS OF A M O L E C U L E O F WATER. R O S S I K H I N V V + M O R O Z O V VP + C A U N E A T H E O R E X P E R C H E M 4(I}: 2 5 - 7 {1968) C A 69: 13050R

18-1380 F - C E N T E R C O N T A I N I N G A W A T E R MOLECULE. RUSCH W § SEIDEL H S O L I D S T A T E C O M M U N 9 (3}: 2 3 1 - 4 (1971) CA 7 4 : 1 3 2 6 1 1 18-1381 S T R U C T U R E A N E M O L E C U L A R D Y N A M I C S O F WATER. S A F F O R D GJ § L E U N G PS P 2 3 1 - 6 9 O F P R O G R S U R F A C E M E M B R A N E SCI, V O L 7, D A N i E L L I JF(ED), A C A D E M I C PRESS, 1973. C A 80: 0 9 0 4 2 2 18-1382 AB I N I T I O M C C A L C U L A T I O N S O N T H E E L E C T R O N I C S T R U C T U R E S OF H Y D R O G E N SULFIDE(*) A N D W A T E R ( + I IONS. S A K A I H + Y A M A B E S + Y~24ABE T * F U K U I K + K A T O H C R E M P B Y S L E T T 25(4): 541-5 (197q} CA 81: 2 9 8 6 3 S

18-1383 USE OF THE MONTE-CARLO METHOD FOR STUDYING THE S T R U C T U R E O F WATER. S A R K I S O V ~N + M A L E N K O V GG § D A S R E V S K I I VG J S T R S C T C H E M 1 4 ( 1 ) : 4-8 (1973) CA 79:035322

18-1384 C O M P A R I S O N B E T W E E N T W O M O D E L S OF C O M P L E E E D WATER: O P E N W A T E R D I M E R A N D 1:1 C O M P L E X E D WATER. SAUMAGNE P J C H E M PSYS 53(9): 3768 P P (1970) CA 7 3 : 1 2 4 5 0 6 T H E R M O D Y N A M I C S A N D S T R U C T U R E OF L I Q U I D W A T E R M O N T O C A R L O METHOD. S A R K I S O V GN + D A S H E V S K I I V G 9 M A L E N K O V G G ~ M O L P H Y S 27(5): 1249-69 (19741 CA 81: 159031E

18-1375 RELATIONS BETWEEN STRUCTURE AND SOLVENT P R O P E R T I E S OF WATER. ROCSAT J § DC L Y O N P H A R M 24(11: 2 5 - 9 (1973) (IN FRENCH} C A 80: 064292

18-1385 MULTICOHFIGURATION WAVE FUNCTIONS FOR THE WATER MOLECULE. S C H A E F E R HF + B E N D E R C F J C H E M PHYS 55(4): 1720-q (1971} C A 75: 091406

18-1376 F R A N C K - C O N D O N P R I N C I P L E F O R T H E I O N I Z A T I C N OF POLYATOMIC MOLECULES. ROSENSTOCK HM § R P 7 9 7 - 8 0 6 OF I N T C O N F O N M A S S S P E C T R O S C O P Y , 1969, O G A T A K § H A y A K A W A T (EDS), U N I V P A R K PRESS, 1970, 1324P. C A 75: 135604

18-1386 TWO-STATE MODEL VERSUS CONTINUUM MODEL FOR L I Q U I D WATER. HCHIFFER J J C H E M PHYS 50(1}: 5 6 6 - 7 (1969) C A 70: 061113

18-1377 C A L C U L A T I O N O F F O R C E C O N S T A N T S O F THE W A T E R M O L E C U L E B A S E D O N A S I M P L E M O (MOLECULAR ORBITAL) METHOD. R O S S I K H E N V V + M O R O Z O V VP + B E Z Z U B LI T N E O R E X P E R C H E M 5(5}: 4 6 6 - 9 (1969) C A 72: 0 3 5 9 6 6

18-1387 CALCULATION OF THE WATER MOLECULE BY TEE S C F - M O - F (LOGO} METHOD. SCNMITTZNGER P Z N A T O R F O R S C N A 26(9): 1411-14 (1971) (IN GERMAN) C A 76: 0 0 6 9 1 3

18-1388 S T R U C T U R E A N D P R O P E R T I E S O F T H E W A T E R MOLECULE. SCHUSTER P Pl16-41 O F I N T S Y M P OH S T R U C T U R E OF W A T E R A N D A Q U E O U S S O L U T I O N S , L U C K W A P (ED}, V E R L A G CHEMIE, 1974.

698

Bibliography on Physical and Chemical Properties of Water: 1969-1974

18-1389 T H E O R Y OF H Y D R O G E N B O N D I N G I N W A T E R A N D ION HYDRATION. SCHUSTER P PI42-69 O F INT S Y M P O N . S T R U C T U R E O F W A T E R A N D A Q U E O U S SOLUTIONS, L U C K W A P ( E D ) , V E R L A G CMEMLE, 1970.

18-1390 X-RAy DIFFRACTION STUDY OF WATER AND AQUEOUS S O L U T I O N S O F M A N G A N E S E , ZINC, A N D C O P P E R SULFATES. S N A P O V A L O V LM ~" R A D C H E N K O I V J S T R U C T C H E M 12(5}: 7 0 5 - 8 (1971} CA 76: 064781

18-1391 W A T E R M O L E C U L E S IN L I G H T O F T H E C O N T E M P O R A R y THEORY OF CHEMICAL BONDS AND THE POSSIBLE EFFECTS OF SPECIFIC CHARACTERISTICS OF THESE MOLECULES ON THE PROPERTIES OF LIQUID WATER AND A Q U E O U S E L E C T R O L Y T I C SOLUTLONS, SHCNUKARER SA KHIM TERMODIN RASTVOROV 3:3-23 (1973) (IN RUSSIAN} C A 81: 1 7 2 4 2 A 18-1392 STRUCTURE, ENERGETLCS, AND DYNA~ECS OF THE WATER DIMER. S H I P M A N L L + O W I C K I JC + S C H E R A G A HA J P H Y S CHI24 78(29] : 2055-60 (1974] C A 81: 159197P 18-1393 E F F E C T O F T E M P E R A T U R E O N T H E S T R U C T U R E OE LIQUIDS. S H R A Z B E R LS T E P L D V I Z H E N I E M O L M E Z H M O L V Z A I M O D E I S T V I E ZSIDK RASTVO]~JKH 1 9 6 9 : 2 4 0 - 4 (IN R U S S I A N } C A 74: 0 3 4 7 7 9

18-139q M O D E L S F O R T H E W A T E R M O L E C U L E A N D R E L A T E D IONS. SIKSNA R P 1 7 8 - 8 3 OF I N T S Y M P O N P H Y S I C S O F ICE, 3RD, 1968, R I E H L N § BUELI24ER B + ENGELs B(EDS), P L E N U M , 1969, 642P. CA 71:084682 18-1395 PSEU~OPOTENTIAL STUDIES OF THE WATER AND Hy~OGEN FLUORIDE MOLECELES. SIMONS G CH~/~ P H Y S L E T T 18(3): 3 1 5 - 1 8 (1973} C A 78: 102254

18-1408 I M P R O V E D S I M U L A T I O N O F L I Q U I D W A T E R BY M O L E C U L A R STZLLINGER FE + RAHMAN A J C N E M PaYs 60(4}: 1 5 4 5 - 5 7 CA 80:149220

(1974)

18-1~01 E F E E C T I V E P A I R I N T E R A C T I O N S IN L I Q U I D S . S T I L L L N G E R EB J P N Y S C H E M 74(21): 3 6 7 7 - 8 7 (1970) C A 73: 123716

WATER.

18-1402 MOLECULAR DYNAMICS STUDY OF TEMPERATURE EFFECTS ON WATER STRUCTURE AND KINETICS. STILLINGER FH + RABMAN A J C N E M PEYS 57(3): 1281-92 (1972) C A 77: 0 7 9 7 0 9

18-1403 S T R U C T U R E IN A Q U E O U S S O L U T I O N S O F N O N P O L A R SOLUTES FROM THE STANDPOINT OF SCALED PARTICLE THEORY. STILLINGER FH P 4 3 - 6 0 OF P H Y S I C A L C~IEMISTRY OF A Q U E O U S S O L U T I O N S , K A Y R L ( E D ) , P L E N U M , NY, 1973, 18-1404 S T R U C T U R E OF L I Q U I D WATER. SYMONS MCR N A T U R E (LONDON) 239{5370}: CA 7 7 : 1 4 4 6 8 1

257-9

{1972)

T W O S T R U C T U R E M O U E L A N D T H E H E A T C A P A C I T Y OF WATER. S Y R N I K O V YUP; S T R U K T R O L V O D Y Z H I V O M O A G A N I Z M E NO 2 : 1 1 - 1 5 (1968} CA 72: 016252

18-1405 TOPOLOGICAL METHODS FOR DESCRIBING THE STRUCTURE OF W A ~ E R A N D S O L U T I O N S , S~RNIKOV YUP T E P L D V I Z H E N Z E M O L M.EZHMOL V Z A I M O D E I S T V I E Z M I D K R A S T V O R A K H 1969: 445-8 CA 73:069995 18-1406 USE OF GRAPE THEORY METHODS FOR DESCRIBING THE S T R U C T U R E O f WATER. S Y R N L R O V YUP S T R U E T R O L V O D Y Z H i V O M O R G A N I Z M E NO 3: 50-7 (1970) (IN RUSSIAN) C A 75: 0 2 5 6 3 4

18-1396 MG~IEL O F L I Q U I D WATSR. S I N G E O + V A R S S N E Y A EC P 2 4 3 - 6 O F N U C L P H Y S , S O L I D S T A T E P a Y S HYMn, 16TH PROC# I N D I A N A T E N E R G Y COMM, BOMBAY, 1972. U N I V R O O R R E E H E M J 13(3-4}: I I I - 1 - 4 (1971) C A 78: 151839; 115319

18-1407 C A L C U L A T I O N O F R I G a E N E R G Y E L A S T I C E/~ECTRON MOLECULE SCATTERING CaOSS SECTIONS WITH CNDO (COMPLETE NEGLECT OF DIFFERENTIAL OV~P} NAVE FUNCTIONS. S Z A B O A 9 O S T L U N D NS J C H E M PaYS 60 (3} : 9 4 6 - 5 0 41974| CA 80:125064

18-1397 E F F E C T O F T H E N A T U R E O F A N I O N S ON THE S T R U C T U R E O F WATER. SOLOVKIN AS J S T R U C T C H E M 9(2}: 240-I (1968} C A 69: 5 4 8 3 5 U

18-1408 P O I N T C H A R G E M O D E L S F O R L I T H I U M BYDR/DE, METHANE, A N ~ WATER. TAIT AD § MALL GG T E E O R C S I M A C T A 31(4) : 3 1 1 - 2 4 41973) CA 80:076008

18-1398 STRUCTURE OF WATER AND CARBON DIOXIDE CLUSTERS F O R M E D V I A H O M O G E N E O U S N U C L E A T I O N IN N O Z Z L E BEAMS. STEIN GD § ARMSTRONG JA J C H E M P a Y S 58{5): 1 9 9 9 - 2 0 0 3 (1973} CA 78:116081

18-1409 QUANTUM M~CNANICAL VZP/AL THEOREM FOR MOLECULAR S E N D I N G MOTIONS. T R E A H A T R u 9 P A R R RG CSEM PHu L E T T 4(3}; 109-10 (1969) C A 72: 035991

18-1399 M O L E C U L A R S P E C I E S IN L I Q U I D WATER. S T E V E N S O N DP P 4 9 0 - 5 0 6 O F S T R U C T CBEM M O L BIOL, R I C H A ( E D } , F R E E M A N , 1968. C A 69: 109997F

18-1410 C A L C U L A T I O N OF M O I E C U L A R M O M E N T U M D I S T R I B U T I O N S USING GAUSSIAN EXPANSIONS OF SLATER TYPE ATOMIc ORBITALS. T A N N E R A C + E P S T E I N IR C H E M P a Y S L a T T 25{I} : 143-8 (197~} C A 80: 149223

699

Section 18. Structure, Theoretical Calculations and Models of Structure 18-1411 H Y D R O G E N BOND. S E C O N D O R D E R E F F E C T S ON P O T E N T I A L S C A L C U L A T E D B Y T H E C N D O / 2 (COMPLETE N E G L E C T O F D I F F E R E N T I A L OVERLAp) METHOD. TAPIA O * NOGALES A § CAMPANO P C H E M P B Y S L E T T 2~(3j: 401-6 (197~) C A 80: 125059

18-1421 C O N T I N U U M M O D E L O F WATER: E R R O N E O U S INTERPRETATION. WALRAFEN GE J C N E M P B Y S 50(I): 567-9 (1969} CA 70:082761

16-1~12 EFFECT OF MOLECULAR VIBRATIONS ON APPARENT BOND L E N G T H S . PART-2: W A T E R MOLECULE. T H O M A S MW A C T A C R Y S T A L L O G R , S E C T B 27 (PT 9): 1760-5 (1971) C A 75: 133302

18-1422 S T R U C T U R E O F WATER. WALP.AFEN GE P 9 - 2 9 O F S Y M P ON E Q U I L I B R I A A N D R E A C T I O N K I N E T I C S IN H Y D R O G E N - B O N D E D SYSTEMS, 1968, C O V I N G T O N AK 9 J O N E S P(ED)# T A Y L O R & F R A N C I S , LONDON, 1968, 358P. C A 70: 118594

18-1q13 C A L C U L A T I O N OF M O L E C U L A R O N E E L E C T R O N P R O P E R T I E S S S I N G C O U P L E D H A R T R E E - F O C K M E T H O D S . PART-2: W A T E R MOLECULE. THOMSEN K + SWANSTROM P M O L P H Y S 26(3}: 7 5 1 - 6 3 (1973} C A 79: 1 4 9 5 6 4

18-1423 C E L L T H E O R Y F O R L I Q U I D WATER. WEISSMANN M 9 BLUM L T R A N S F A R A D A Y S O C 64(10)= 2 6 0 5 - 1 0 CA 70:014529

18-1414 LATTICE DYNAMICS OF HYDROGEN BONDED CRYSTALS. T R E V I N O S F + P R A S K H J + W A L L T T + YIP S H345-65 OF SYMP ON NEUTRON INELASTIC SCATTERING, 4 T H PROC, V O L I, I N T A T O M I C E N E R G Y A G E N C Y , V I E N N A , 1968. C A 70: 100553 18-1415 PERTURBATION CALCULATIONS ON THE HYDROGEN BOND IN T H E W A T E R D I M E R F C R D I F F E R E N T P R O T O N A C C E P T O R ORIENTATIONS. V A N D U i J N E V E L D T - V A N DE R I J D T JC-CM + VAN DUIJNEVELDT FB T H E O R C H I M A C T A 19(1j: a 3 - 9 1 (1970} CA 74:034787 18-1416 A P P L I C A T I O N OF A T W O S T R U C T U R E M~DDEL OF W A T E R TO DILUTE AQUEOUS ELECTROLYTE SOLUTIONS. V D O V E N K O V M + G U R I K O V y U V § L E G I N EK J S T R U C T C H E M 10(4): 4 8 7 - 9 0 (1969) C A 72: 0 5 9 8 7 9 18-1417 USE OF A TWO STRUCTURE MODEL OF STUDYING THE STATE OF WATER IN AQUEOUS SOLUTIONS. V D O V E N K O V M + GUP-iKOV Y U V 9 L E G I N EK S T R H K T ROL V O D u Z H I V O M O R G A N I Z M E N O I: 3-35 (1966) (IN. RUSSIAN) C A 69: ~ 6 4 9 8 W 18-1418 H Y P E H F I N E S T R U C T U R E OF H D O A N D H E A V Y W A T E R BY BEAM MASER SFECTROSCOFY. VERHOEVEN J + BLUYSSEN HJA + DYMANUS A F H Y S L E T T A 26(9): ~ 2 ~ - 5 (1968) C A 69: 14772Q

18-1q19 S T R U C T U R E O F WATER. V Y R O D O V IP § P O L U N I N A S A U C H ZAP K A R B A R D I N O - B ~ (1966) (IN RUSSIAN} C A 69: I 0 0 7 8 5 C

G O S S N I V NC. 31:

29-32

S C A T T E R I N G O F L I G H T A N D T H E S T R U C T U R E C F ~ATER. V U K S MF; S T R U K T R O L V O D Y Z H I V O M O R G A N I Z M E NO 2: 3-10 (1968) C A 72: 015918 STIMULATED HAMAN SCATTERING AND THE MIXTURE MODEL OF WATER STRUCTURE. W A L R A 2 E N GE; A D V A N M O L R E L A X A T I O N P R O C E S S E S 3(I-~): ~3-9 (1972) C A 77: 146071 18-1420 S T R U C T U R E O F WATER. WALRAFEN GE P9-30 OF SYMF ON HYDROGEN-BONDED SOLVENT S Y S T E M S , C O V I N G T O N A K § J O N E S P (EDS), T A Y L O R A N D F R A N C I S , LONDONn 1968.

18-1424 NEW MODEL OH LIQUID WATER. WERES O + RICE SA J A M E R C H E M SOC 94(26} : 8 9 8 3 - 9 0 0 2 C A 78: 047975

(1968|

(1972}

18-1425 S T R U C T U R E O F W A T E R A N D A Q U E O U S SOLUTIONS. WERNER AP T E N S I D E D E T E N G 11 (3) : 145-55 (1974) (IN GERMAN} CA 81: 6 9 3 9 7 Z 18- I~26 COMPLETE FOURTH ORDER VIBRATION- ROTATION HAMILTONIAN OF WATER-TYPE MOLECULES. ~I L A R D J O L M I C H I G A N S T A T E U N I V F B D T H E S I S , 1870, 142P. CA 7 6 : 0 0 8 5 0 9

18- l q 2 7 ACCELERATING THE CONVF..JRGENCE OF MATRIX HA~TREE-FOCK CALCULATIONS. W I N T E R NW 9 D U N N I N G T E C N E M P B Y S L E T T 8(2}: 169-72 (1971} CA 74:079960 18-1428 HYDROPHOBIC INTERACTIONS AND EFFECT OF E L E C T R O L Y T E S O N T H E S T R U C T U R E O F WATER. YANINSKII W § PCHELIN VA D O K L A K A D N A U K S S S R 210(I): 157-60 < P E Y S CHEM> (1973) (IN RUSSIAN) CA 79: 108759 18-1429 E F F E C T OF E L E C T R O N C O R R E L A T I O N ON T H E H Y D R O G E N BOND. Y A N O T 9 ~L[YATA T * H A ~ E G A W A M J P B Y S SOC J A R 31 (4} : 1290 (1971) C A 76: 063440

18-1430 S T R U C T U R E O E W A T E R A N D H Y D R A T I O N O F IONS. YA/~F24ENKO V Y GIDROKHIM MATER NO 59:3-18 (1979) (IN RUSSIAN) C A 81: 159593Q DIELECTRIC AND STRUCTURAL PROPERTIES OF LIQUID W A T E R A N D H E A V Y WATER. y A S T R E M S K I I PS: J S T H U C T C.HEM 12 (3} : 483-4 (1971} CA 75:092295 18-1431 VALENCE BOND STUDY OF THE HY~OGEN BO~. PART-3: F O R M A T I O N A N D M I G R A T I O N OF I O N I C D E F E C T S IN W A T E R A N D ICE. YOMOSA S § HASEGAWA M J P H Y S SOC J A P 29(5) : 1 3 2 9 - 3 4 (1970) CA 7q: 015825

700

Bibliography on Physical and Chemical Properties of Water: 1969-1974

18-1432 MODEL OF W A T E R W I T H A DYNAMICALLY DEFORMED MOLECULE. ZATSEPINA GN RUSS J PHYS CBEM 47 (8): 1128-31 (1973) CA 79: 149407

WATER

18-1433 M O D E L S OF W A T E R STH~CTUBE. ZEMLICKA J P105-22 GF P R U M KRYSTALIZACE, SB PP~EDNASEE SEMIN, DUM, TECH, UST~ WAD L~3E~, CZECHOSLOVAKIA# 1971. (IN CZECH) CA 7 6 : 1 3 2 ~ 0 7 18-1434 S T R U C T U R A L D E F O R M A T I O N OF W A T E R BY A SOLUIE AT T E M P E R A T U R E S BELOW 0 DEGREES. ZHELEZNYI BV J S T R U C T C H E M 11(4): 557-9 (1970) CA 74: 0 0 7 0 ~ 4

Sectio. 19. Polywater, Anomalous Water, etc. 19- la,40 S T R U C T U R E OF A N O M A L O U S W A T E R REMAINS A MYSYERY. cHEM s NEWS 47(17): 39 (21 A P R 1969) 19-14~I A NOTE ON ANOM~%LOUS WATER. C H E M ENG NEWS 47 (38): 80 (S SEP

1969}

18-1~35 M E C H A N I S M OF T H E ORDH/{iNG O F T H E S T R U C T U R E OF W A T E R IN SOLUTIONS OF N O N P O L A R I~LECULES. ZHUKOVSKII AP * SIDO~OVA Ai STRUKT ROL VODY ZHIVOM O B G A N I Z M E NO 3: 99-10~ (1970) (IN RUSSIAN) CA 7 5 : 0 2 5 6 2 6

19-14~2 P O L Y W A T E R C O N T R O V E R S Y BOILS OVER. C H E M ENG NEWS 4B (27): 7-8 (29 J U N E

18-IW36 R O L E OF F U N C T I O N A L G R O U P S OF NONPOI~%R RADICALS OF MOLECULES OF N O N E L E C T R O L Y T E S IN THE S T R U C T U R I N G P R O C E S S E S OF WATER. ZEUKOVSKII AP * DENGINA MV MOL FIZ BIOPIZ V O D N SIST 1973(I): 29-34 (IN RUSSIAN) CA 81: 127~83N

19-1444 sOVIETS DEBATE POLYWATER. CHEM ~ G NEWS 48(34): 56 (17 AUG

18-I~37 S T R U C T U R E OF W A T E R IN E L E C T K O L Y T E SOLUTIONS STUDIED FROM I N F R A R E D A B S O R P T I O N SPECTRA, ZHUKOVSKII AP * DIEP NGOC A § S I D O R O V A AI M O L FIZ BIOFIZ V O D SIST 1973(I): 74-9 (IN RUSSIAN) CA 81: 30~27J 18-1~38 P O S S I B L E S T R U C T U R A L CHANGES IN WATER UNDER THE A C T I O N OF CAVITATION. ZUBRILOV SP § L O P Y R E V NK § B O N D A R E N K 0 NF § G U R I K O V y U V 9 L A R I N VA SB TR AGRON FIZ NO 3 2 : 2 0 6 - 1 0 (1971) (IN RUSSIAN) 18-1~39 COMPA/~ATIVE C A L C U L A T I O N S OF MX(K) MOLECULES I~ V A R I O U S SCHEMES OF A ZERO D I F F E K E N T I A L O V E R L A P APPROKIMATION. PART-I: C A L C U L A T I O N OF A W A T E R M O L E C U L E IN D I F F E R E N T VARIANTS OF A N O N E M F I R I C A L M D D O SCHEME AND IN A RUTAN SCHEME~ Z Y U B I N AS 9 CHARKIN OP § K L I M E N K O NM ZH S T R U K T K H I M 15(4): 736-40 (1974) (IN RUSSIAN) CA 8 1 : 1 5 9 0 6 9 4

1970)

19-1q43 P O L Y W A T E R E X I S T E N C E IS S T I L L UNSETTLED. CHEM ENG NEWS 48(29): 29-30, 35 (13 JUL

1970)

1970)

19-1445 P O L Y W A T E R DRAINS AWAY. NATURE 2 3 0 : 1 1 (15 M A R 1971) 19-14q6 ANOM/LLOUS WATER, POROUS GLASS, AND SILICIC ACID. ADAMS WA § GABE MK + M A N N I N G PG 9 W H I T L O W SH * K I N G H A M JD 9 SCOTT BE N A T U R E (LONDON), PHYS SCI 230(2): 39-40 {1971) CA 7 5 : 0 2 5 6 2 4 19-1q~7 /~NOMALOUS WATER AND THE C O L L E C T I V E MODEL OF THE H Y D R O G E R BOND. AGENO M ATTI A C C A D NAZ LINC~I, CL SCI FIB, M A T NATUR, REND ~7(6): 51~-19 (1969) CA 7 3 : 0 4 8 6 6 8 19- l~L~8 A L T E R N A T I V E MODEL ~OR ANOMA~LOUS WATER. AGBNO M THEOR C H I M A C T A 1 7 ( 4 ) : 334-8 (1970) CA 73: 091504 19-1 ~49 A N O M A L O U S WATER, ALLAN BD + NOR/~AN RL A R M Y M I S S I L E COMMAND, 21P. AD708873 CA 74: 0252q8

REDSTONE

ARSENAL

1970,

19-1~.50 BONDING MODEL FOR ANOMALOUS WATER. A L L E N ZC ~ATURE (LONDON) 227(5256): 372-3 (1970) CA 73: 080721 19- I~51 pOLYWATER: IDEAL R E S E A R C H TOPIC. A L L E N LC SCIENCE 1 6 9 : 7 1 8 - 1 9 (1970) ~ N N O T A T E D B I B L I O G R A P H Y FOR ANOMAJLOUS WATER. A L L E N I~C: J cOLLOID I N T E R F A C E SCI 36 (4): 554-61 (1971) CA 75: 121505

Section 19. Polywater, Anomalous Water, etc. 19-1452 COMPARISON OF THEORETICAL MODELS FOR WATER. A L L E N L C § KOLLMu~N P A J C O L L O I D I N T E R F A C E SCI 36(4): 4 6 1 - 8 C A 75: 1 2 2 1 7 4

ANOMALOUS

41971)

19-1453 WHAT CAN THEORY SAY ABOUT THE EXISTENCE AND PROPERTIES OF ANOMALOUS WATER. ALLEN LC + KOLLMAN PA J C O L L O I D I N T E R F A C E SCI 3 6 4 4 ) : 4 6 9 - 8 2 (1971) CA 75:122208

19-1454 THEORETICAL EVIDENCE AGAINST THE EXISTENCE POLYWATER. A L L E N LC + K O L L M A N P A N A T U R E (LONDON) 2 3 3 ( 5 3 2 1 ) : 5 5 0 - 1 41971) C A 76: 0 2 7 9 8 7

TEST FOR

74~-8

(1972)

+ FINNEY

JL

19-1466 STRUCTURE OF ANOMALOUS WATER, POLYWATER. BERTOLUZZA A 9 BONINO GB ATTI ACCAD NAZ LINCEI, CL SCI FIS e MAT NATUR, REND 48(4):427-42 (1970) CA 73:134192

19-1468 B~GH yIELD METHOD FOR THE PREPARATION ANOMALOUS WATER. H~UMMER SH * ENTINE G § BRADHPIES JI § LIMGERTAT E 9 LEUNG CS J P H Y S C H E M 7 5 ( 1 9 ) : 2 9 7 6 - 8 0 41971) C A 75: 1 2 2 1 2 7

OF

19-1469 ANOMALOUS WATER. PROPERTIES AND FACTORS A F F E C T I N G I T S YIELD, B R U M M E R S B § C O C K S F H * E N T I N E G 9 B B A D S P I E S JI J C O L L O I D I N T E R F A C E S C I 3 6 ( 4 ) : 4 8 9 - 5 0 2 (1971} CA 76:018087

19-1457 ANOMALOUS WATER. ANDERSON NG NATURE 224:626 (1969) 19-1458 CNDO (COMPLETE NEGLECT OF DIFFERENTIAL OVERLAP) C A L C U L A T I O N OF R I N G M O D E L S O F P O L Y ~ A T E R . AZMAN A § KOLLER J + HADZI D C H E M p H Y S L E T T 5 (3} : 1 5 7 - 8 (1970) C A 72: 1 2 5 1 8 2 19-1459 A CNDO CALCULATION OF RING MODELS AZMAN A + KOLLER J * KADZI D C H E M P H Y S L E T T 5: 157-8 (1970)

OF

POLYWATER.

19-I~60 POLYWATER AND POLYPOLLUTANTS. BARNES P § CHERRY IA § FINNEY JL + PETERSEN N A T U R E (LONDON) 2 3 0 ( 5 2 8 8 ) : 3 1 - 3 (1971) C A 74: 1 3 0 4 6 2 19-1461 POLYWATER. COMMENTS. BASCOM WD J PHYS CHEM 76[3): q56-7 C A 76: 1 0 4 0 7 8

IA

AND

19-1467 CLUSTER STRUCTURE OF ANOMALOUS WATER. BOLAMDER RW + KASSNER JL + SUNG JT NATURE 221:1233-4 (1969)

19-1455 A THEORY OF ANOMALOUS WATER. ALLEN LC 9 KOLLMAN PA SCIENCE 167:1443-54 (1970} 19-1%56 SONIC MOBILITY IN MICROCAPILLARIES. ANOMALOUS WATER STRUCTURES. ANDERSON JL § QUINN JA J C R E M SOC, F A R A D A Y T R A N S 1 6 8 4 ~ } : C A 76: 1 1 8 1 2 2

19-1464 EXPERIMENTS WITH WATER AT HIGH pRESsURES TEMPERATURES. (POLYWATER) BENDELI ANI NA J E T P L E T T 8 ( I 0 } : 3 0 8 - 1 0 (1968) CA 70:100153 19-1465 ANOMALOUS WATER. BERNAL JD + BARNES P § CHERRY NATURE 224:393-4 (1969}

OF

701

S

(1972)

19-1470 A N O M A L O U S W A T E R . (NOT A W A T E R P O L Y M E R ) B R U M M E R S B § B R A D S P I E S Jl + E R T I N E G § LINGERTAT H * LEUNG CS T Y C O L A B S , 1972, 83P. A D 7 4 6 1 8 5 19-1471 POLYWATER: METHODS FOR IDENTIFYING ROLYWATER COLUMNS AND EVIDENCE FOR ORDERED GROWTH. C A S T E L L I O N G A § GPJ~BAR D G + H E S S I O N J § BURKHARD H S C I E N C E 167: 8 6 5 - 8 (1970) 19-1472 ANOMALOUS WATER: SILICA DISPERSION. CHERKIN A N A T U R E (LONDON) 2 2 4 ( 5 2 2 6 ) : 1293 (1969) C A 72: 0 % 7 6 6 1 19-1%73 ANOMALOUS WATER. CHERRy IA + BARNES P + FULLMAN NATURE 228:590 (1970)

J

19-1462 EVIDENCE THAT POLYWATER IS A COLLOIDAL SILICATE SOL. BASCOM WD + BROOKS EJ § WORTHINGTON BN N A T U R E (LONDON) 2 2 8 ( 5 2 7 8 ) : 1 2 9 0 - 3 (1970) C A 74: 0 6 8 1 5 8

19-1%74 NEW POLYMERIC FORM OF WATER. CHOJNACKI H W I A D C B E M 2 4 4 1 0 ) : 6 7 7 - 8 % (1970) C A 74: 0 6 0 2 7 4

19-1463 DYNAMICS OF SOME LATTICE MODELS OF POLYWATER. BATES SB § LIPPINCOTT ER + MIKAWA Y + JAKOBSEN RJ J C H U M P H Y S 52: 3 7 3 1 ~ 9 (1970)

19-1475 S T R U C T U R E O F ANOM3ULOUE M A T E R A N D C H U A KS N A T U R E (LONDON) 2 2 7 ( 5 2 6 0 } : 8 3 4 - 6 C A 73: 1 1 % 0 2 0

STUDIES OF THE MOLECULAR STRUCTURE AND SPECTRA OF ANOMALOUS WATER. B E L L A M Y LJ 9 RR + LIPPINCOTT ER § BANDY AR; C H E M I N D (LONDON) 1 9 6 9 ( 2 1 ) : 6 8 6 - 8 C A 71: 0 3 4 7 5 5

19-1476 ANOMALOUS WATER. C H U A KS NATURE 230:379 (1971)

(IN POLISH)

ITS M E C H A N I S M = (1970)

19-I~77 FOLYWATSR: EVIDENCE FROM ELECTRON SPECTROSCOPY 9~ O R C H E M I C A L A N A L Y S I S O F A C O M P L E X S A L T M I X T U R E . DAVIS RE § ROUSSEAU DL § BOARD RD S C I E N C ~ 171: 167-70 (1971}

702

Bibliography on Physical and Chemical Properties of Water: 1969-1974

19-1~78 MASS SPECTROMETRIC EVIDENCE AGAINST "FOLYWATEN". D E F A Z M + P O Z Z O A + VAI~LAURI M E C H E M P H Y S L E T T 7(I): 23-#, (1970}

19-1490 S U R F A C E T E N S I O N OF M O D I F I E D WATER. DERYAGIN BV + ZORIN ZM + ~SEV W § S O N O L E V V D + K H R O M O V A E N + C H U R A E V NV DOKL PHYS CHEM 187:q96-8 (1969)

19-1479 A N O M A L O U S WATER. cOMMENTS. DERYAGIN NV + CN[~AEV NV N A T U R E (LONDON), F H Y S SCI 232(321 : 131 CA 75:091433

(1971)

19-I~91 T H E R M A L S T A B I L I T Y OF M O D I F I E D WATER. D E ~ y A G I N B V + Z O N I N Z M + R A B I N O V I C H YAI + T A L A E V MV + C H U R A E V N V D O K L PHYS C M E M 1 9 1 : 2 7 6 - 8 {1970)

19-1q80 APPARATUS FOR STUDYING THE SPECIAL PROPERTIES OF S T R U C T U R A L M O D I F I C A T I O N S OF WATER. D E R Y A G I N B V 9 Z A K B A V A E V A NN + K O N O V L O V A I § M I R O N E N K O "NN I N D L A B 35(7): I 0 5 2 - ~ (1969) CA 72:059323

19-I~92 DEPENDENCE OF AQUEOUS VAPOR PRESSURE ON C O N C E N T R A T I O N OF T H E A N O M A L O U S C O M P O N E N T IN MODIFIED NATL, D E R y A G I N BV § Z N E L E Z N Y I B V + R A ~ I N O V I C H YA~ + HIMONOVA VKH 9 TALAEV MV + CRURAEV NV D O K L P H Y S C N E M 19Q: 2 7 - 3 0 (1970)

19-1~81 C R Y O $ C O P X C E V A L U A T I O N O F T H E MOLECUI2~R W E I G H T O F AN ANOMALOUS COMPONENT OF MODIFIED WATER. DNRYAGIN BV + ZHELEZNYI BV + ZAKHAVAEVA NN K I S E L E V A O A + K O N O V A L O V A I § L Y C H N I K O V DS + R A B I N O V Z C H yA/ + T A L A E V M V D O K L F H Y S C H E M 189(6) : 8 0 9 - 1 2 (1969) 19-I~82 S U P E R D E N H E WATER. DERYAGIN BV E C I A M E N 223{5): 52-6~, C A 74: 0311671

69-71

19-1483 P R O P E R T I E S OF W A T E R - I I . D E R Y A G I N BV + C H U E A E V N V J C O L L O I D I N T E R F A C E SCI 36(4}: CA 75:122207

19-I~9~ S T A T E - O F - T H E - A R T S IN L I Q U I D S M O D I F I C A T I O N By C O N D E N S A T I O N . (ANOMALOUS WATER, REVIEW, 35 REFS) D E R Y A G I N BV P23-31 OF R E C E N T A D V A N C E S I N A D H E S I O N , A M E N C H E M S O C SYMP, 1971, L E E L H (ED}, G O R D O N A N D BREACH, 1973. C A 81: 159591N

{1970)

~15-26

(1971)

19- lU~84 NEW PROPERTIES OF LIQUIDS. (WATER-If) 9 D E R Y A G I N BV + C H U R A E V N V NAUKA, MOSCOW, 1971, 176P. CA 76:076789

SUPERDENSE WATER

(IN RUSSIAN)

E F F E C T O F U L T R A S O U N D ON M O D I F I E D WATER. D E R Y A G I N B V + Z A K ~ A V A E V A NN + C N U H A E V NV S H U S N P A N O V PI; N A U C H TR M O S K I N S T NAR KHOZ NO 96:182-90 (1970) (IN RUSSIAN) CA 77:093110 19-1~85 E N T H A L P Y OF E V A P O R A T I O N O F A N O M A L O U S WATER. COMMENTS. D E R Y A G I N B V + R A H I N O V I C B Y A I § C H U R A E V NV J C O L L O I D I N T E R F A C E SCI 40(3): 481-2 (1972) CA 77:14~566 19-1~86 E L E C T R O N D I F F R A C T I O N S T U D Y O F M O D I F I E D WATER. D E R Y A G I N B V + E V K O EI + K I S I N VI 9 L U K Y A N O V I C H V M + P ~ B I N O V I C H YA~ + C H U R A E V NV + BA/~A~OVA R D O K L C H E M 208(3): 58-60 (1973) C A 78: 116311 19-1~87 P R O B L E M OF A N O M A L O U S WATER. D E R Y A G I N BV § C B U R A E V N V C O L L O I D J 35(4): 7 6 2 - 3 (1973) C A 79: 108296 19-1488 F O R M A T I O N O F D R O P L E T S O F A N O M A L O U S W A T E R ON A F L A T Q U A R T Z SURFACE. DERYAGIN BV § ZORIN AN 9 CBURAEV NV COLLOID J 30:232-3 (1968) 19-1489 D O W E K N O W WATER. D E R Y A G I N BV § C H U B A E V N V P R I R O D A ~: 16 (1968) ( I N RUSSIAN) A V A I L A B L E : J O I N T P U B BEE SERVICE, JPRS~5989

19-1~93 D E N S I T Y O F S T R U C T U R A L L Y M O D I F I E D W A T E R DROPS. D E R Y A G I N B V + L Y C E N I K O V DS + M E R Z H A N O V K M + R A B I N O V I C N yAI § C B U R A E V NV D O K L A K A D N A U K S S S R 181 (4): 8 2 3 - 6 (1968) (IN RUSSIAN) CA 69: 80450J

(TRANSLATION 1968,

19- I~95 NEW P R O P E R T I E S O F L I Q U I D S . (FOLYWATER) D E R y A G I N BV 9 C H U R A ~ V NV MOSCOW, 1971, ~76P. { T R A N S L A T I O N A V A I L A B L E AS J O I N T F U B R E H SERVICE, 1972, J P R S - 5 % 9 6 1 ) 19-1~96 R ~ F B A C T I V E I N D E X O F S T R U C T U R A L L Y M O D I F I E D WATER, AS M E A S D R E D BY A C A P I L L A R Y MICROMETHOD. D E R Y A G I N BV * Z O H I N ZM + C H U R A E V NV D O K L A K A D N A U K S S S H 182(q): 811-14 (1968) (IN RUssIAN) CA 70:024316 19-1;97 A N O M A L O U S WATER: D I S C O V E R Y O R ERROR. DERyAGIN BV AND OTHERS K H I M I ZHIZN 5 : 3 7 (1969) {IN RUSSIAN) (TRANSLATION A V A I L A B L E : J O I N T P U B P,ES sERVICE, 1970, JPNS50006) 19-Iq98 A N O M A L O U S WATER. D O N A H O E FJ N A T U R E 22~: 198 (1969) 19- I ~99 STRUCTURE OF POLYWATER. DONONNE J S C I E N C E 166 (3908) : 1000-2 C A 72: 016~33

(1969)

19-1500 PREPARATION, PROPERTIES, AND ORIGIN OF ANOMALOUS WATER AND GLASS- WATER REACTIONS. DROST-HANSEN W + CRATIN FD L[NTV M~AMI, ~ FOR W A T E R R E S E A R C H , 197~, 81F. AD780964/3 19-1501 P O L Y W A T E R IN HISTORY. (LETTERS) E D E L S T E I N S M + D A V I S R E + B R U M H E R SB S I N G A L RK + M E T Z G E R N C S E M ~ G N E W S 48(41): 73, 79 (28 SEP 1970), %8(47): 7-9 (9 N O V 1970)

Section 19. Polywater, Anomalous Water, etc. 19-1502 CORRELATION OF PROPOSED WITH OBSERVED SPECTRA. E R L A N D E E SR P H Y S R E V A I(3}: 8 6 8 - 7 2 C A 72: I 0 5 ~ 0 9

STRUCTURE

FOR SUPERWATER

(1970)

19-1503 STRUCTURE OF SUpERWAIER. ERLANDER SR P H Y S R E V L E T T 2 2 ( 5 } : 177-9 C A 70: 0 6 2 1 7 0

19-1516 O R I G I N OF A N O M A L O U S W A T E R . GINGOLD MP N A T U R E (LONDON}, P H Y S S C I 2 3 5 ( 5 6 ) : CA 76:104099

75-8

(1972)

19-1517 ANOMALOUS WATER: HISTORY OF AN ARTIFACT. GINGOLD MP L A R E C H E R C H E 5(~4): 3 9 0 - 3 (APR 197~| (1969)

19-1504 ENTHALPY OF EVAPORATION OF "ANOMALOUS E V E R E T T DH § M C S L ~ O Y PJ J C O L L O I D I N T E R F A C E SCI 3 6 ( 4 } : 5 2 9 - 3 1 C A 75: 113361

WATER'. (1971)

19-1505 THERMODYNAMICS OF ANOMALOUS WATER SOLUTIONS. PART-I: VAPOR PRESSURE AND ENTHALPY OF EVAPORATION. E V E R E T T DH + H A Y N E S J M § M C E L R O Y P J J C O L L O I D I N T E R F A C E SCI 3 6 ( 4 } : 4 8 3 - 8 (1971} 19-1506 ANOMALOUS WATER. E V E R E T T DH § H A Y N E S J M § M C E L R O Y N A T U R E 224: 39~ (1969)

PJ

19-1507 COLLIGATIVE PROPERTIES OF ANOMALOUS WATER. E V E R E T T DH § H A Y N E S J M § M C E L R G Y P J NATURE 226:1033-7 (1970} 19-1508 INVESTIGATION OF ANOMALOUS WATER. FABUSS HA * DOLMAN A + SUSLAVICH R § KEKIS D LOWELL TECHNOLOGICAL I N S T R E S F O U N D , 1971 e 36P. PB200580 19-1509 ANOMALOUS WATER. F A B U S S B M § DOI/4AN A § S U S L A V I C H R + K E K I S U S OFFICE SALINE WATER, RES DEVELOP PROGR N O 558, 1 9 7 0 . 33P. CA 73:080753

D REP

19-1510 STRANGE NEW FORM OF WATER. FALE M C H E M C A N 2 2 ( 6 ) : 3 0 - 2 (1970} CA 73:091312 19-1511 A NEW MODIFICATION OF WATER. F E D C H U K IP P R I R O D A (MOSCOW} (8}: 9 9 - 1 0 0 (1970) CA 7 ~ : 0 4 5 6 5 4

{IN R U S S I A N )

19-1519 MOLECULAR ORBITAL CALCULATIONS OF POLYWATER. GOEL A 9 MURTHY ASN § RAO CNR C H E M C O M M U N 1970: 4 2 3 - 4

ON THE

STRUCTURE

19-1520 CHEMICAL AND PHYSICAL PROPERTIES OF ANOMALOUS WATER. GRAF G + GLASS JC + GUPTA JC * NETT RE § RICHER LL J C O L L O I D I N T E R F A C E E C I 3 6 ( 4 ) : 5 3 2 - 5 (1971) CA 75:122185 19-1521 NEW STATE OF WATER. POLYMERIC WATER. HALICIOGLU T KIM SARAYI 20(90-91): 1 0 9 - 1 2 (1972) (IN T U R K I S H } CA 7 8 : 1 1 5 4 8 1

15-1522 WATER AND POLYWATER. HASTED JB C O N T E M P P H Y S 12(2}: 1 3 3 - 5 2 C A 75: 0 0 9 9 3 2

(1971)

19-1523 FORMATION OF ANOMALOUS WATER DUE TO THE CREEP EFFECT. HELBIG W P R A X N A T U R W I S S , T E I L 3 2 2 ( 4 } : 9 2 - 5 (1973} (IN GERMAN} CA 80:0408~3

154-9

(1971)

(IN G E R M A N }

19-1525 POLyWATER IS HARD TO SW~Wo HILDEBRAND JH SCIENCE 168:1397 (1570} 19-1526 DIELECTRIC RELAXATION OF SURFACE ADSORBED WATER, (POL~WATER) HOEKSIRA P 9 DOYLE WT J c O L L O I D I N T E R F A C E S C I 36(4} : 5 1 3 - 2 1 (1971} 19-1527 REVIEW OF THE PREPARATION AND PROPERTIES OF ANOMALOUS WATER. HONEYBORNE DE + CORNELL JB + ARNOLD L M A T E R C O N S T R (PARIS} W ( 2 1 ) : 1 8 1 - 1 9 1 (1971} C A 75: 1 1 2 8 9 9

(1968)

19-1514 SPECTRA OF POLYWATER. G A R D I N E R RG + M A N S F I E L D W W + W I L L I N G A U S T J C H E M 2 4 ( 4 ) : 6 8 1 - 5 (1971} C A 74: 1 1 7 8 2 4

19-1518 DIRECTIONAL CORRELATION STUDY OF CAPILLARy GROWN ANOMALOUS WATER. GLASS JC 9 GDRTA JC 9 GRAF G + RICHER LL N A T U R E (LONDON), P H Y S S C I 2 3 5 ( 5 3 } : 1 4 - 1 5 (1972} C A 76: 0 7 6 6 1 5

19-1524 HISTORY OF POLYWATER. HERBERBOLD M CHEM UNSERER ZEIT 5(5}: C A 76: 0 7 6 4 7 8

19-1512 ANOMALOUS WATER EXPERIMENTS WITH SILICA POWDERS. FOWKES FM + LOVEJOY RW + CHOW JS J C O L L O I D I N T E R F A C E SCl 3 6 ( 4 ) : 5 2 2 - 8 {1971} C A 75: 101571 19-1513 SUPERCRITICAL WATER. FRANCK EU E N D E A V O U R 2 7 ( I 0 1 } : 55-9 C A 69: 5 4 0 4 U

703

RI

19-1515 STRUCTURE OF WATER-II. G A R Y L P + A L D R I C H HS § L A D E R N J + C U S A C H S L C CORRiNGTON JH J C O L L O I D I N T E R F A C E SCI 3 6 ( 4 ) : 5 3 6 - ~ 2 (1971) C A 75: 1 2 2 1 8 3

19-1528 POLYWATEB: IS I T S I L I C A SOL, HOWELL BF + LANCASTER J J C R E M S O C D ( 1 3 ) : 6 9 3 - 4 (1971); J C O L L O I D I N T E R F A C E S C I 38 (3} : 6 3 3 - 5 (1972) C A 75: 0 6 7 8 7 6 ; C A 76: 131801

704

Bibliography on Physical and Chemical Properties of W a t e r : 1 9 6 9 - 1 9 7 4

19-1529 A N O M A L O U S WATER. ITO M K O T A I B U T S U R I 5(9): C A 74: 016105 19-1530 A N O M A L O U S WATER. IWASKAI I K O G Y O YOSUI NO 141: C A 73: 080571

533-6

(1970)

(IN JAPANESE)

57-63

(1970)

(IN JAPANESE)

19-1543 POLYWATER: A SEARCH FOR ALTERNATIVE EXPLANATIONS. LIPPINCOTT ER § CESSAC GL + STROMBERG RR § G R A N T WE J C O L L O I D I N T E R F A C E SCI 36(4): 4 4 3 - 6 0 (1971) 19-1544 ANOY~qLOUS W A T E R A N D O T H E R P O L Y M E R I C M A T E R I A L S . L I P P L N O O T T Eli 9 C A S P E R J M * S C H U H M A N N P U N I V M A R Y L A N D , 1971, 23P. A D 7 3 0 4 6 8 : 1972, 52P. AD739673 CA 77:079732

19-1531 ANOMALOUS WATER AND OTHER POLYMERIC MAIEEIALS. JAKOBSENRJ B A T T E L L E M E M INST, 1972, 100P. A D 7 3 7 3 0 9 C A 77: 842586

19-1545 H Y D R O G E N B O N D I N G A N D P O L y W A T E R IN C L A Y ~ W A T E R SYSTEMS. LOW PF § WHITE JL C L A Y S A N D M I N E R A L S 18: 63(1970)

19-1532 HYDROGEN BOND STEREOCHEMISTRY AND "ANOMALOUS WATER". KAMB B S C I E N C E 172(3980): 231-q2 (1971} C A 74: 130483 19-1533 A N O M A L O U S WATER. KESZTEELYI L F I Z S Z E M L E 20(7): 193-6 CA 74: 0 4 5 6 5 9

(1970)

19-1534 A N O M A L O U S WATER. (REVIEWJ KESZTHELYI L F I Z I F ~ I S Z E M L E 20(7): |93-6 AD735644)

(1970)

25(6):

19-1537 POLYWATER. KOSA-SOMOGYL I A T O M T E C B T A J E K 13(6): 392-401 HUNGARIAN) C A 74: 0 7 9 7 9 2

(~RANSLATiON:

(1970)

19-1538 A N O M A L O U S WATER. KRAUSS H N A T U R W I S S E H N D S C H 23 (10): 4 1 7 - 2 0 GERMAN) CA 7 4 : 0 5 7 3 6 4

(1970)

(IN

19-1539 P O L Y W A T E R : A NYDROSOL. KURTIN SL + MEAD CA 9 MUELLER WA 9 KHRTIN.SC § W O L F ED SCIENCE 167:|720-2 (1970) 19-1540 POLYWATBR PREPARATION AND SILICONE GREASE. I~%UVER M R 9 W O N G E L + S T E A R N S C A § K O H L E J J c o L L O I D I N T E R F A C E SCI 36(4): 552-3 (1971) 19-1541 S T R U C T U R E O F POLYWATER. LI~NETT JW SCIENCE 167:1719-20 (1970) 19-1542 POLYWATER. L I P P I N C O T T ER 9 S T R O M B E R G RR § G R A N T WH § CESSAC GL S C I E N C E 164(3887): 1482-7 (1969] C A 71: 0 8 3 7 8 5

(IN

19-1550 ANOPAMAL W A T E R (POLYWATER). MENES FR J C H I N PHYS P H Y S I C O C H I M B I O L 67(11-12): (1970) (IN FRENCH) CA 74:091363

2059-64

19-1551 P O S S I B I L I T Y O F P - E L E C I R O N D E L O C A L I Z A T I O N IN POLYWATER. ~SSMER RP SCIENCE 168:479-80 (1970)

(IN

(1970)

19-1548 P H Y S I C A L P R O P E R T I E S O F A N O M A L O U S WATER. MANSFIELD WW A U S T J C B E M 24(4): 675-80 (1971} CA 74: 116140 19-1549 H I S T O R Y OF A N O M A L O U S WATER. MANSFIELD WW S E A R C H I(6): 332-5 (1970) C A 75: 009939

(IN KOREAN)

463-6

(IN GERMAN)

19-1547 POLYWATER OR SODIUM ACETATE. MADIGOSKY WM S C I E N C E 172(3980): 264-5 (1971) CA 7 4 : I ~ 6 4 9 9

(IN HUNGARIAN)

19-1535 U N U S U A L WATER, P O L Y M E R I C WATER. K I M TS K O N G Y O N P~EBYU 12(3): 3-6 (1970) CA 74:103077 19-1536 A N O M A L O U S WATER. KIRA K NIPPON BUTSURI GAKKAISHI JAPANESE) C A 77: 143858

19-15@6 CAN ANOMALOUS WATER BE DETERMINED S P E C T R O S C O P I C A L L Y IN C A P I L L A R I E S . LUCK WAP + DITTER W N A T U R W I S S E N S C E A F T E N 57: 126 (1970)

19-1552 CAN W A T E R P O L Y M E R I Z E . A N I N Q U I R Y I N T O T H E POSSIBLE EXISTENCE OF STRONG BONDS BETWEEN WATER MJDLECULES. M I N T O N AP NATURE 226:151-2 (1970) 19-1553 E Q U I V A L E N C E O F ANOMA]LOUS W A T E R A N D S I L I C I C A C i D SOLUTIONS. M O R A P ~ U %"4 § M I L L S R 9 W O O L F L A N A T U R E (LONDON) 227(5256): 373-4 (1970) C A 73: 081367 19-1554 S Y M M E T R I C V E R S U S ASy~k%1ETRIC H Y D R O G E N B O N D S I N P O L Y M E R I C WATER. MOROKUMA K C R E M P B Y S L E T T 4(6): 358-60 (1969) C A 72: 047608 19-1555 I N S T A B I L I T Y O F W A T E R POLYMERS. O ' K O N S K I CT § L E V I N E S J C O L L O I D I N T E R F A C E S C I 36 (4): 547-51 CA 75:122153

(1971)

Section 19. Polywater, Anomalous Water, etc.

19-1570 WATER PHENOMENA PHASE-IS. T H E O R E T I C A L S T U D Y OF WATER CLUSTERS AND A SEARCH FOR A NEW ALLOTROPE OF LIQUID WATER. P L U M M E R pIAM U N I V M I S S O U R I , 1971, 19P. A D 7 3 5 1 5 2 C A 77: 0 1 3 3 2 1

19-1556 C O V A L E N T POLYM~SRS O F N A T E R . O'KONSKI CT SCIENCE 168:1089-91 (1970) 19-1557 NATURE OF ANOMALOUS WATER. ORLOV VYS C O L L O I D J 3 3 ( 3 ) : 3 8 7 (1971) C A 75: 0 8 3 1 7 6 19-1558 ANOMALOUS WATER, A NEW MODIFICATION OR THE RESULT OF CONTAMINATION. OVERBEEK JTG KON NED AKAD WETENSCH e VERSL GEWONE VERGAD N A T U U R K 7 9 ( 9 ) : 1 4 ~ - 9 (1970) (IN DUTCH) C A 7~: 1 0 3 0 8 0

19-1571 ANOMALOUS WATER. POSSIBLE EXPLANATION FORMATION AND NATURE. PRIGOGINE M § FRIPIAT JJ C H E M P H Y S L E T T 12(I): 1 0 7 - 9 (1971) C A 76: 0 9 0 8 8 3 AFD

19-1559 EVIDENCE FOR THE EXISTENCE OF WATER-If. PAGE TF + JAKOBSEN RJ J C O L L O I D INTEB~FACE SCI 3 6 ( ~ ) : ~ 2 7 - 3 3 (1971) CA 75:122178 19-1560 POLYWATER: PROTON NUCLEAR MAGNETIC SPECTRUM. PAGE TF * JAKOBSEN EJ § LIPPINCOTT SCIENCE 167:51 (1970)

ITS

19-1572 ANOMALOUS WAIER. NEW THEORY ON ITS ORIGIN AND MATURE. PRIGOGiNE M + FRIPIAT JJ B U L L S O C C H i M F R 1 9 7 1 ( 1 2 ) : q 2 9 1 - 6 (IN F R E N C H ) C A 76: 1 1 7 7 5 5

RESONANCE ER

19-1562 POSSIBLE CONTRIBUTING STRUCTURES OF POLYWATER. PEDERSEN LG C H E M P H Y S L E T T q (5): 2 8 0 - 2 (1969) C A 72: 0 q 8 6 7 8

19-1574 ANOMALOUS WATER: CHARACTERIZATION METHODS. RABIDERU SW + FLORIN AE S C I E N C E 169 (39q0): 4 8 - 5 2 (1970) CA 73:091505

BY PHYSICAL

19-1575 WATER AND POLYWATER. RAO CNR P 9 2 - 7 O F C H B M S Y M P , IST P R O C , V O L I w 1969, I N D I A N A T E N E R G Y C O M M , B O M B A Y , 1970. C A 7~: 0 5 8 8 7 8 19-1576 G L A S S T R A N S I T I O N I N AMOP~PROUS W A T E R . APPLICATION OF THE MEASUREMENTS TO PROBLEMS ARISING IN CRYOBIOLOGY. RASMUSSEN DE § MACKENZIE AP J P H Y S CNF/M 75(7): 9 6 7 - 7 3 (1971) C A 74: 116714

WATER.

19-156~ ANOMALOUS STRUCTURE OF WATER. PESCHEL G + ADLFINGER KH MITT DEUT pHARM GES 30~(2): 29-5~ GERMAN) C A 7q: 1 3 0 ~ 6 6

OF

19-1573 MICROSCOPIC STUDY OF ABNORMAL WATER. PRIGOGINE M + THOMAES G C O M P T R E N D B 269: 9 9 9 - 1 0 0 2 (1969) (iN F R E N C H )

19-1561 ANOMALOUS WATER AND OTHER POLYMERIC MATERIALS. PAGE TF * JAKOBSEN RJ B A T T E L L E M E M O R I A L I N S T I T U T E , 1971, 97P. A D 7 2 6 7 6 1

19-1563 PREPARATION OF ANOMALOUS P E E L D N ~ M A R T I N FS C H E M I N D 1969: 1046

705

(1971)

19-1565 ANOMALOUS WATER NOT PULYWATER. PETHICA HA * THOMPSON WK § PIKE WT N A T U R E (LONDON), P H Y S S O l 2 2 9 ( I ) : 2 1 - 2 C A 75: 0 2 5 5 3 3

19-1577 WATER. H O W A N O M A L O U S C A N I T GET. R O S S O T T I HS J I N O R G N U C L C H E M 33 (7}: 2 0 3 7 - ~ 2 (1971) C A 75: 0 8 0 4 2 6

(IN

(1971}

19-1566 PROTON MAGNETIC RESONANCE STUDIES OF "POLyWATERWATER" MIXTURES. PETSKO GA J C O L L O I D I N T E R F A C E SCI 3 6 ( ~ } : 5 0 3 - 7 (1971) C A 75: 1 0 3 3 3 9

19-1579 ANOMALOUS WAT~: POLYWATER OR IMPURITIES. ROTHENBERG MS P H Y S I C S T O D A Y 23 (10): 17-19 (OCT 1970) 19-1580 AN ALTERNATIVE EXPLANATION FOR POLYWATER. R O U S S E A U DL J C O L L O I D Z ~ T E R F A C E SCI 3 6 ( 4 ) : ~ 3 4 - ~ 2 (1971)

19-1567 X-RAY DIFFRACTION INVESTIGATIONS OF ANOMALOUS WATER. PETSKO GA * MASSEY WR J C O L L O I D I N T E R F A C E SCI 3 6 ( ~ ) : 5 0 8 - 1 2 (1971) C A 75: 1 0 2 3 0 1

19-1581 POLYWATER; POLYMER OR ARTIFACT. ROUSSEAU DL * PORTO SPS SCIENCE 167:1715-19 (1970)

19-1568 WATER POLYMERS AND POLYWATER. PIETRONERO L J P H Y S C 7 ( 1 8 ) : 3 2 1 9 - 2 4 (1974) 19-1569 ANOMALOUS WATER. AN ANNOTATED BIBLIOGRAPHY THE PERIOD 1968-1972. PIRON J C E N T N A T D U O SCI T E C H # B R U S S E L S , 1973, 4qP. NCWTD-CNDST-HIB-5 C A 80: 0 8 7 7 3 0

19-1578 S P E C T R A S U G G E S T ANO~NiLOUS W A T E R IS A S T A B L E P O L Y M E R O F WATER. ROTHENBERG MS P H Y S I C S T O D A Y 22(9): 61-2 (2 S E P 1969)

FOR

19-1582 AB INZTIO MO-SCF CALCULATION ON A MODEL ANOMALOUS WATER. SABIN JR 9 HARP'S RE § ARCHIBALD TW 9 KOLLMAN PA *ALLEN LC T H E O R C H I M A C T A 18(3): 2 3 5 - 8 (1970) C A 73: 1 0 2 2 5 4

OF

706

Bibliography on Physical and Chemical Properties of Water: 1969-1974

19-1583 A N O M A L O U S WATER. SASAKI u K A G A ~ U (KYOTO) 26(12}: JAPANESE} CA 78: 164179 19-1584 P R O B L E M POLYWATER. SCHULLER D NATURWISSENSCHAFTEN GERMAN) CA 7 8 : 1 5 1 6 6 6

1195-201

{1971}

60(3] : 145-51

(iN

(1973}

(IN

19-1585 P O L Y W A T E R D I S C O V E R E D 30 YEARS AGO. S H A W MT S C I E N C E 169(3946}: 705 (1970} CA 73: 080593 19-1586 POLYWATER. S I N C L A I R PM IND RES 11 (9) : 60-3 CA 7 1 : 1 1 6 5 9 9

{1969}

19-1587 A N O M A L O O S WATER. SMUTEK M CH~ LISTu 65(4) : 374-96 CA 75: 014405

(1971}

(IN CZECH)

19-1588 A N O M A L O U S WATER A N D THE POLY}/ATER. STRNAD J OBZ MAT FIZ 17(q): 158-66 [1970) (IN SLOVENIAN) CA 76: 090129 C O M P A R I S O N OF T H E S P E C T R A O F C O N C E N T R A T E D A N D B A S I C A Q U E O U S S O L U T I O N S TO T H O S E O F P O L Y M E R I Z E D WATER. SUZUKI SH + ~ N + VODAN S; J C H I M PHu P H Y S I C O C H I M BIOL 68(9}: 1385-7 (1971} (IN FRENCH} CA 7 6 : 0 0 8 ~ 0 5 19-1589 POLYWATER. SUZUKI SH + A I Z A W A M F A R U M A S H I A 7{I) : 19-24 CA 74: 146470

(1971}

19-1590 A N O M A L O U S WATER: NUCLEATION, GROWTH, AND PROPERTIES. S W I N Z O W GK C O L D REGIONS R~S ENG LAB, HANOVER, NE, 1971, 42P. AD724684 CA 75: 122150 19-1591 E X P E R I M E N T A L I N V E S T I G A T I O N OF A N O M A L O U S S W I N Z O W GK C O L L O I D J 34(3} : 38-44 (1972) CA 77: 118570

WATER.

19-1592 KINETIC A R G U M E N T A G A I N S T THE E X I S T E N C E OF A N O M A L O U S WATER. T A Y L O R EH J C O L L O I D I N T E R F A C E SCI 36(4): 543-6 (1971} CA 7 5 : 1 2 2 1 8 8 19-1593 PA~GNETISM OF M O D I F I E D W A T E ~ (WATER-Ii}. V I K T O R I N A M M + D E R Y A G I N BV + E R S H O ~ A IG § ZNAMENSKII BV + C H U R A E V NV DOKL PHYS C H E M 197(I}: 201-3 (1971) CA 75: 012373 19-1594 A N O M A L O U S WATER: A T T E M P T S AT HIGH PRESSURE SYNTHESIS. W E N T O R F RH S C I E N C E 169 (3941) : 175-6 (1970} CA 73: 069996

19-1595 A N O M A L O U S WATER. WILLIS E + R E N N I E GK 9 SMART C + P E T H I C A BA N A T U R E 222(5189): 1 5 9 - 6 1 (1969) CA 7 0 : 117671 19-1596 STUDY OE I N T E R M O L E C H L A R ENERGIES IN SMALL W A T E R POLyM]~RS BY TEE EXTENDED H U E C K E L METHOD. ZHOGOLEV DA + M A T Y A S E IV C,H E M PHYS LETT 10(4}: 444-8 (1971| CA 75: 122017

Section 20. Other Properties, Miscellaneous

707 20-1606 T I M E D E P E N D E N T S O L V A T I O N N U M B E R F O R IONS I N SOLUTION. HOCKRIS JO'M § SALUJA FPS J E L E C T R O C H E M SOC 119(8): 1060-I (1972) CA 77: 131434 20-1607 D I S S O C I A T I V E E X C I T A T I O N P R O C E S S E S I N WATER. BOESE N + SROKA W z N A T U R F O R S C H A 28(I): 2 2 - 6 (1973) CA 80:089495

Section 20. Other Properties, Miscellaneous 20-1597 G E N E R A L P R I N C I P L E S UNDE/{LyING C H E M I C A L C Y C L E S W H I C H T H E R M A L L y D E C O M P O S E W A T E R I N T O THE ELEMENTS. ABRAHAM BM * SCHREINER F I N D E N G C H E M F U N D A M 13(4): 3 0 5 - 1 0 (1974) C A 81: 1 5 5 2 2 7 A 20-1598 H E A V Y W A T E R M A N U F A C T U R E BY B I T B E R M A L E X C H A N G E BETWEEN LIQUID WATER AND GASEOUS HYDROGEN SULFIDE. AGOSTINI JP FR D E M A N D E P A T 2152366, I J U N 1973, 9P. C O M M ENERG ATOMIQUE C A 79: 0 9 9 6 6 8 20-1599 W A T E R S U P E R H E A T E D TO 279.5 D E G R E E S A T ATMOSPHERIC PRESSURE. APFEL RE N A T U R E (LONDON), P H Y S SCI 2 3 8 ( 8 2 } : 6 3 - ~ CA 77:105729

(1972)

20-1600 E Q U I L I B R I U M C O N S T A N T F O R THE F R A C T I O N A T I O N O F D E U T E R I U M B E T W E E N I C E A N D WATER. ARNASON B J p H Y S C H E M 73(10): 3 4 9 1 - ~ (1969) C A 71: 129423 20-1601 NONEQHILIBRIUM BUBBLE COLLAPSE: A THEORETICAL STUDY. C O M M E N T S . B A N K O F F SG C H E M ENG PROGR, S Y M P S E R 66(102): 47 (1970} C A 74: 014531 20-1602 ELECTRODES FOR WATER ELECTROLYSIS. BARTHEL G + HAHNDORFF A G E R P A T 149695%, 25 J A N 1973, 2P. H A M A G VERFAHRENSTECH GMBH CA 78:105429 20-1603 L E I D E N F R O S T TEMPERATURE. ITS COBREI~TION FOR L I Q U I D METALS, C R Y O G E N S , H Y D R O C A R B O N S , A N D WATER. B A U M E I S T E R KJ + S I M O N FF J H E A T T R A N S F E R 95(2}: 166-73 (1973} C A 79: 0 3 5 2 2 6 20-1604 C O N C E P T O F E N E R G Y D E P E N D E N T B U C K L I N G IN M U L T I G E O U P D I F F U S I O N THEORY. (WATER} PART-2. BEYNON TD J N U C L E N E R G Y 2 6 ( I 0 } : 4 9 3 - 5 0 6 (197 C A 78: 0 1 0 7 2 9 20-1605 H Y D E O P H O B I C I N T E R A C T I O N S OF N O N P O L A H MOLECULBB. BIRSHTEIN TM P16-30 OF SOSTOYANIE ROL VODY BIOL OB'ERTAKH S I M P T I F L I S 1966, K A y U S H I N L P ( E D } , NAUKA, MOSCOW, (1967} (IN RUSSINA) C A 69: 9 3 0 3 0 X

20-1608 T H E O R E T I C A L I N V E S T I G A T I O N S ON T H E S O L V A T I O N P R O C E S S . PART-I: S I M P I ~ M O D E L F O R T H E D I M E R I C WATER ASSOCIATE. BONACCORSI R + PETRONG C + SCROCCO'E + TOMASI J T E E O R C H I M A C T A 20(4) : 3 3 1 - 4 2 {1971) C A 74: 091812 20-1609 AQUEOUS SOLUTIONS UNDER EXTREME CONDITIONS. PART-I: H I G H P R E S S U R E S . PA/~T~2: H I G H T~LP ERATURES. BRUM~LER S B § G A N O Y A.B P 7 4 5 - 7 0 , 7 7 1 - 8 0 4 OF W A T E R A N D A Q U E O U S S O L U T I O N S : STRUCTURE, THERMODYNAMICS AND TRANSPORT P R O C E S S E S , N C R N E RA(ED}, WILEY, 1972. 20-1610 I N T E R A C T I O N P H E N O M E N A I N I O N I Z A T I O N PROCESSES. COMMENTS. BRUNDLE CR J C H E M P H Y S 55(4} : 2 0 0 2 - 3 (1971) CA 75: 124839 20-1611 L I Q U I D D I E L E C T R I C S U S E D IN U L T R A H I G H F R E Q U E N C y INSTRUMENTS. C H E K A L I N NV + L E V I N W * S H A K H p A R O N O V MI § GOREMYKINA W § TEP~LETSKII V A V E S T N M O S R UNIV, K H I M 24(2}: 12-15 (1969) (IN RUSSLAN) C A 71: 0 2 5 6 3 5 20-1612 T U R B U L E N T T H E R M A L B O U N D A R Y L A Y E R IN WATER. C H E N CP INT J H E A T M A S S T R A N S F E R 12(I): 61-70 (1969) CA 70:069546 20-1613 P R O T O N A F F I N I T Y O F WATER. CHONG SL + MYERS RA * FRANKLIN JL J C H E M P H Y S 56(5) : 2 4 2 7 - 3 0 (1972) C A 76: 090217 20-1614 APPARATUS AND PROCESS FOR HIGH PURITY DEIONIZED WATER. COLBURN LW US P A T 3454491, 8 J U L 1969, 4P. D O W C H E M I C A L C O C A 71: 053~36 20-1615 DISSOCIATION OF WATER IN MOLTEN SODIUM CHLORIDEPOTASSIUM CHLORIDE MIXTUBE STUDIED USING AN OXIDE ION INDICATOR ELECTRODE. COMBHS R + VEDEL J + TREMiLLON B C O M P T R E N D C 275(3): 199-202 (1972} [IN FRENCH} C A 77: l g 4 4 8 0 20-1616 T O T A L E N E R G Y IN T H E M U L T I P L E S C A T T E R I N G FORMALISM. APPLICATION TO THE WATER M~LECULE. CONNOLLy JWD + SABIN JR J C E E M P H Y S 56(11): 5 5 2 9 - 3 3 (1972} C A 77: 0 2 4 9 9 8

708

Bibliography on Physical and Chemical Properties of W a t e r : 1969-1974

20-1617 MARK-lt A C H E M I C A L P R O C E S S TO D E C O M P O S E W A T E R U S I N G N U C L E A R HEAT. D E BENI G + M A R C H E T T I C A M E R C H E M SOC, D I V F U E L CHEM, P R E B H 16(4): 110-33 (1972} C A 79: 131927 20-1618 INFORMATION PROPERTIES OF THIN FILMS OF ADSORBED WATER. D I S T L E R G I 9 M O S K V I N VV D O K L P H Y S C H E M 201(4): 1016-19 (1971) (IN RUSSIAN) CA 76:118415

20-1619 U L T R A P U R I F I C A T I O N OF W A T E R C O N T A I N I N G LITHIUM, B E R Y L L I U M , A N D BORON. DUFAURE D HULL SOC CHIMFR 1969(%}: 1072 CA 71:053%05 20-1620 R E A C T I O N OF H Y D R O G E N A T O M S A N D WATER. EBERIUS H + HOYERMANN K § WAGNER HG B E R B U N S E N G E S P H Y S C H E M 73(10): 962-6 CA 72:047981

(KINETICS) (1969)

20-1621 N E W L I G H T O N T H E F O R M U L A OF W A T E R - A C L A S S EXPERIMENT. FIELD FB S C E SCI R E V 50(173): 866-7 (1969) CA 71:077197 20-1622 I N T E R A C T I N G S T A T E S (020}, (I00}, A N D O X Y G E N - 1 6 L A B E L E D WATER. FLAUD JM + CAMY-PEYRET C J M O L S P E C T R O S C 51(1): 142-50 (1974) C A 80: 126213

(001)

20-1629 H I G H E R O X I D E S OF HYDROGEN. G I G U E R E PA B I L D W I S S 9(3): 228-37 (1972) C A 77: 055851

(IN GERMAN)

20-1630 PROTOLYTIC PROCESSES IN WATER- HEAVY WAT~ MIXTURES. GOLD V P 2 5 9 - 3 3 1 O F A D V A N C E S IN P H Y S I C A L O R G A N I C C H E M I S T R Y , V O L 7, G O L D V (ED), A C A D E M / C PRESS, 1969. C A 72: 016181 20-1631 K I N E T I C S T U D I E S ON T H E W A T E R - H E A V Y W A T E R SYSTEM. GOLD V B295-8 OF SYMP ON HYDROGEN-BONDED SOLVENT S Y S T E M S , C O V I N G T O N A K + J O N E S P (EDS}, T A Y L O R A N D FRANCIS, LONDON, 1968. 20-1632 A C I D - E A S E B E H A V I O R O F C A T I O N I C I N D I C A T O R S IN WATER- HEAVY WATER MIXTURES. GOLD V § TOMLINSON C J C H E M SOC B(8): 1707-11 (1971) C A 75: 080929 20-1633 M A X I M U M S H E A R S T R E S S I N L I Q U I D WATER. G O R S H K O V AI S O V P H Y S T E C H P H Y S 17(1): 182-3 (1972) CA 76:104088

OF

20-1634 E F F E C T S OF T R A C E i N O R G A N I C S ON T H E I C E - W A T E R SYSTEM. GROSS GW P 2 7 - 9 7 OF A D V A N C E S IN C H E M I S T R Y S E R I E S NO 73, A M E R C B E M SOC, 1968. C A 69: 2 2 5 7 7 V

20-1623 I O N S IN A Q U E O U S S O L U T I O N S A T H I G H T E M P E R A T U R E S A N D PRESSURES. F R A N C K EU J C H I M P B Y S P H Y S I C O C H I M B I O L 1969(OCT): 9-16; P U R E A P P L C H E M 24(I} : 13-30 (1970) C A 72: 025766; C A 7 5 : 0 4 0 9 6 8

20-1635 CALCULATED PHYSICAL PROPERTIES OF A WATER MOLECULE IN A N I C E - L I K E CLUSTER. GUIDOTTI C § LAMANNA U * MAESTRO M T H E O R C H i M A C T A 26(2): 147-56 (1972) C A 77: 118555

20-1624 W A T E R A N D A Q U E O U S S O L U T I O N S AT E L E V A T E D A N D SUPERCRITICAL TEMPERATURES AND PRESSURES. FRANCE EU P 5 0 - 7 3 O F I N T S Y M P ON S T R U C T U R E O F W A T E R A N D A Q U E O U S S O L U T I O N S , L U C K WAP(ED} # V E R L A G CHEMIE, 1974.

20-1636 OSMOTIC COEFFICIENTS AND MEAN ACTIVITY C O E F F I C I E N T S OF U N I - U N I V A L E N T E L E C T R O L Y T E S IN W A T E R A T 25 EEGRB~S. HAMER WJ § WUY J P a Y S C H E M R E E D A T A I(4): 1047-99 (1972) CA 78:089104

20-1625 C O N C E N T R A T E D E L E C T R O L Y T E S O L U T I O N S AT H I G H T E M P E R A T U R E S A N D PRESSURES. F R A N C K EU P 2 4 1 - 58 OF P H Y S I C A L C H E M I S T R Y O F A Q U E O U S S O L U T I O N S , K A Y RL(ED) 4 PLENUM, NY, 1973.

20-1637 WATER MOLECULE INTERACTIONS. H A N K I ~ S DB § M O S K O W I T Z J W 9 S T I L L I N G E R E H J C H E M PNYS 53(12): 4 5 4 4 - 5 % (1970); 5 9 : 9 9 5 (1973) CA 74:015844

20-1626

20-1638 W A T E R A C T I V I T Y I N UNI-[K~IVALENT E L E C T R O L Y T E SOLUTIONS. HASEGAWA Y H U L L C H E M S O C J A B 42(5): 1429-31 (1969) C A 71: 042941

S O L V E N T P R O P E R T I E S O F WATER. FRANKS F P I - 5 4 O F F R A N K S F ( E D ) , WATER, A C O M P R E H E N S I V E T R E A T I S E , V O L 2, PLENUM, NY, 1972. 20-1627 E F F E C T O F V A R I O U S G A S E S O N T H E PH OF NATER. ERE G H + C A R P E N T E R R L + B A T T I N O R J P H Y S C H E M 77(6): 826-8 (1973) CA 78:128991 20-1628 A P P A R A T U S F O R T H E MEASUREFLENT O F T R I T I U M ACTIVITY. EROEHLICH K § BEBERT D § ANDREEFF A I S O T O P E N P R A X i S 8(4}: 130-5 (1972) (IN GERMAN) C A 77: 027959

20-1639 P O S S I B I L I T Y OF L I K E C H A R G E D ION P A I R I N G I N SOLUTION. HEMMES P J A M E R C H E M S O C 94(I): 75-6 (1972) CA 76: 050832

709

Section 20. Other Properties, Miscellaneous 20-1640 TABULATED VALUES OF CAVITATION B-FACTOR FOR HELIUM, HYDROGEN, NITROGEN, FLUORINE, OXYGEN, REFRIGERANT-It4, AND WATER. HORD J + VOTE RO N A T B U R S T A N D T E C H N O T E 397, 1971, 24P. 1971 C A 74: 1 4 3 7 2 7

20-1651 HYDROGEN ISOTOPE DISPROPORTIONATION IN W A T E R ITS E F F E C T O N I S O T O P E E X C H A N G E E Q U I L I B R I U M C O N S T A N T S M E A S U R E D IN A Q U E O U S S O L U T I O N . KRESGE AJ § CHIANG Y J C H E M PEYS 49(3): 1 4 3 9 - 4 0 (1968) C A 69: 9 0 4 3 9 B

20-1641 WATER: NOMENCLATURE. HORNERA SCIENCE 168:151 (1970)

20-1652 BRp~RATUS FOR DOUBLE DISTILLATION OF WATER OR OTHER LIQUIDS. KRIER G F R P A T 2 1 0 6 9 3 3 , 9 J U N E 1972, 16P. S E R V I N S A C A 78: 1 1 3 1 6 6

20-1642 KINETICS AND MECHANISM OF THE FORMATION OF WATER CLUSTER IONS FROM OXYGEN(+) AND WATER. HOWARD CJ + HZBRBAHM VM + RUNDLE HW + KAUFMAN F J C H E M P H Y S 5 7 ( 8 ) : 3 4 9 1 - 7 (1972) CA 77:156939 20-1643 APPARATUS AND METHOD FOR PREPARING VERY PURE WATER, IZUM~ K + TAMURA Z F B D E M A N D E P A T 2 1 7 3 2 8 7 , 9 N O V 1 9 7 3 , 12P. H I T A C H I LTD C A 80: 1 2 4 5 4 7

20-1653 CORRECTIONS TO STOKES LAW FOR CALCULATING OF SOLVATED IONS. KRHMGALZ BS + MISHCHENKO KP 9 TRABER DG T H E O R E X P E R C H E M 7(I): 8 3 - 6 (1971) C A 75: 0 2 5 6 6 0

AND

RADII

20-1654 ELECTROCHEMICAL DF~3XYGENATION OF WATER, K U L S K I I L A + S T R O K A C H PP § S L I P C H E N K O V A E L E E T R O N O B R A B M A T E R ( 4 ) : 5 0 - 3 (1972) (IN RUSSIAN)

2'0%1644 APPARENT MOLAR IONIC PRODUCTS OF WATER IN AQUEOUS POTASSIUM NITRATE SOLUTIONS AND CALIBRATION OF THB GLASS ELECTRODE AS A WIDE RANGE pROTON CONCENTRATION PROBE. JAMESON RF + WILSON MF J C H E M SOC, D A L T O N T H A N E ( 2 3 ) : 2 6 0 7 - 1 0 (Ig72) C A 78: 0 2 0 8 3 9

20-1655 E L E C T R O D E S F O R E L E C T R O L Y S I S OF W A T E R . KUZNETSOVA NP + LAPIN YAS + NAUMOV IP + NIKOLAEV yNF + RYZROV YUN + FEDOROVSKII AN + C N U R I K O V YU U S E R R A T 3 5 2 8 2 9 , 29 S E P 1972. N O C O R P O R A T E AUTHOR C A 78: 0 5 1 8 2 0

20-1645 APPARATUS FOR TESTING A PHENOMENOLOGICAL EQUATION FOR ELECTROQSMOSIS OF WATER. JHA NM I N D I A N J C H E M 6 (9): 5 4 1 - 2 (1968) C A 70: 0 3 1 5 9 8

20-1656 SEARCH FOR NEW COAGULANTS FOR PURIFYING WATER. LAZOVBKII yAB T R A Z E R B N A O C N - I S S L E D I N S T V O D P R O B L N O 2: 2 2 1 - 6 (~971) (IN R U S S I A N ) C A 80: 0 3 0 5 2 7

20-16~6 KINETIC ENERGY RELEASE IN THE DISSOCIATION OF SOME SIMPLE MOLECULAR IONS. WATER AND HYDROGEN SULFIDE. JONES EG 9 BEYNON JH + COOKS RG J C H E M P H Y S 5 7 ( 8 ) : 3 2 0 7 - 1 2 (1972) CA 77:156612

20-1657 UppER BOUND TO THE MOLE FRACTION OF UNBONDED W A T E R I N L I Q U I D W A T E R A T 25 D E G R E E S . LENZI F C A N J C H E M 5 0 ( 7 ) : 1088 (1972) CA 77:009838

20-1647 IONIC EQUILIBRIUMS IN HEAVY WATER. PARY-4: MEASUREMENT OF THE LYONIUM ION CONCENTRATION IN A W A T E R - H E A V Y W A T E R M I X E D S O L V E N T BY M E A N S H E A GLASS ELECTRODE. KAKIHANA H + MAEDA M + AMAYA T B U L L C H E M S O C J A R 43(5): 1 3 7 7 - 9 (1970) CA 73:039324 20-1648 WATER AND ELECTROLYTE ACTIVITIES IN CONCENTRATED ELECTROLYTE SOLUTIONS. KALMAN E Z P H Y S C H E M (LEIPZIG) 2 4 5 ( 5 - 6 } : 4 3 1 - 5 (1970) (IN GERMAN) C A 74: 1 0 3 7 6 7 20-1649 VARIABILITY OF THE PROPERTIES OF WATER DURING ITS TRANSFER. K L A S S E N VI + K U S H C H E N K O A D 9 M I L L E R E V PEVNITSKII LD NOV METODY BOVYSH EFF OBOGASHCH POLEZ ISKOP 1968: 50-7 (IN R U S S I A N ) C A 71: 0 7 4 6 9 5 20-1650 MECHANISM OF WATER STABILIZATION USING NONELECTROLYTES~ K O C H N E V IN J S T R U C T C H E M 1412): 3 2 1 - 3 (1973) C A 79: 0 1 0 4 9 9

20-1658 ELECTROLYTIC METHOD AND APPARATUS FOR PRODUCING AN OXYGEN-FREE AQUEOUS LIQUID. LEBWILL BR + CHERRILL DE B R I T P A T 1 2 7 2 6 1 9 , 3 M A Y 1972, 5P. E N G E L H A R D I N D LTD C A 77: 0 4 2 4 9 3 20-1659 MEASUREMENTS OF THE RECOMBINATION WITH NYDRONIUM(+)- WATER N-SER~ES LEO MT + BIONDI MA + JOHNSEN R P H Y S R E V A 7 (I}: 2 9 2 - 8 (1973) C A 78: 0 6 2 3 8 6

OF ELECTRONS iONS.

20-1660 PICK OFP QUENCHING OF ORTHOPOSITRONiUM IN BINARy LIQUID MIXTURES. LEVAY B * RAUTOJARVI P H A D I O C H E M R A D I O A N A L L E T T 10 (6): 3 0 9 - 1 4 (1972); M A G Y K E M F O L Y 7 8 ( 1 0 ) : 5 4 2 - 4 (1972) (IN HUNGARIAN) C A 77: I08027, 1 6 8 7 4 2 20-1661 WHY IS TEE OXYGEN IN WATER NEGATIVE. LIEBMAN JF J C H E M F D U C 49(6): 4 1 5 - 1 7 (1972) C A 77: 0 5 2 4 3 8

Bibliography on Physical and Chemical Properties of Water: 1969-1974

710

20-1662 ELECTRONIC STATES OF WATER(+} PRODUCED BE E L E C T R O N B O M B A R D M E N T O F WATER. L I N D E M A N N E § R O Z E T T R W 9 K O S E I WS J C H E M P H Y S 56(11): 5 4 9 0 - 2 (1972) CA 77:025000 20-1663 H Y D R O G E N B O N D I N G B E T W E E N N E O N A N D WATER. L O S O N C Z y M + M O S K O W I T Z J W § S T I L L Z N G E R FH J C E E M P S Y S 59(6): 3264-70 (1973)

CA 8 0 : 0 0 7 ~ 1 0 20-1664 WATER AS A SEMICONDUCTOR MATERIAL. MASLOV VN 9 ZOTOV YA U S R K H I M 37(4): 7 3 4 - ~ 3 (1968) (IN RUSSIAN) C A 69: ~ 6 9 5 7 V 20-1665 P U L S A T I N G W A T E R D R O P S F A L L I N G I N T O XYLENE. MERCIER JL + ROCRA A C H E M E N G S C I 24(7): 1179-83 (1969) CA 71:051574 20-1666 G L A S S T R A N S I T I O N T E M P E R A T U R E O F WATER. MILLEHAA S C I E N C E 163(3873): 1325-6 (1969) CA 70:100161 20-1667 E X P E R I M E N T A L S T U D Y O F T H E I N T E R A C T I O N F O R C E S OF TWO LARGE DROPS OF WATER AND SOLUTIONS. MORACBEVSKII VG + LYUBCEENKO W PROBL FIZ ATMOS NO 4:139-42 (1966) (IN RUSSIAN) C A 70: 040968 20-1668 L O W T E M P E R A T U R E T H E R M A L D E C O M P O S I T I O N OF WATER. COMMENTS. MORES LR S C I E N C E 182(4119}: 1372-3 (1973) C A 80: 0 7 7 8 3 0 20-1669 EXPERIMENTAL SUBSTANTIATION OF TEE MAXIMUM P E R M I S S I B L E C O N C E N T R A T I O N O F T R I T I U M OXIDE. M O S K A L E V YUI § Z H D R A V L E V V F G I G S A N I T 33(10): 4 5 - 9 (1968) (IN RUSSIAN) CA 70:026228

20-1674 CYCLONE SEPARATOR FOR WATER DISTILLATION~ OPPER I C H E M - A N L A G E N V E R F A H R E N ( 1 2 } : 97 (1972) (IN GEP~N) C A 79: 007199

20-1675 D E T E C T O R F O R TP~ITIUM I N W A T E R . OSBORNE RV N U C L I N S T R U M M E T H O D S 77(I) : 170-2 C A 72: 0 5 0 1 1 7

(1970)

20-1676 E L E C T R O L Y T I C T R I T I U M E N R I C H M E N T O F WATER. PADZIK A 9 SDLTYK W N U K L ~ O N I K A 1 4 ( 1 ) : 87-95 (1969} C A 71: 1 3 0 9 7 1 20-1677 ~TIVE RATE OF REACTION OF OXYGEN(ID2) WATER. PARASKEVOPOULOS G § CVETANOVIC RJ C H E M R H u L E T T 9(6): 6 0 3 - 5 (1971) C A 75: 101673

WITH

20-1678 P U L S E D S U P E R H E A T I N G OF WATER. F A V L O V RA § S K R I R O V V P TEPLO- MASSOFERENOS# DOKL VSES SOVESHCH, 131-6 (1968) CA 73:100394

3KD, 2;

20-1679 E X I S T E N C E O F F R E E H Y D R O X Y L G R O U P S IN L I Q U I D WATER, PERON JJ + BOURDERON C + SANDORFE C C A N J C H E M 49(23) : 3901-3 (1971) C A 76: 0 5 2 1 6 2 20-1680 A N O M A L O U S L Y IOW D Z M E R I Z A T I O N C O N S T A N T O F W A T E R

(OXYGEN- 1 8 ) . PINCHAS S N A T U R E (LONDON)# P H y S SCI 242(116): CA 78:141011

46-7

(1973)

20-1681 N I G B L Y P U R E WATER. PRIMARy MATERIAL AT I N D U S T R I A L INTEREST. FISTOLESI D I N Q U I W A M E N T O 12(3): 37-41 (1970) CA 73: 091139

20-1670 S T O P P I N G , S C A T T E R I N G , A/~D P E N E T R A T I O N OF L O W E N E R G Y E L E C T R O N S I N WATER. MOZUMDER A P 1 1 2 3 - 3 2 O F T I R A N Y S y M P R A D I A T I O N CEEM, 3RD RROC, 1971, V O L 2, D O B O d + H E D V I P(EDS), A K A D KIADO, BUDAPEST, 1972. C A 78: 118270

20-1682 RELATIVE NUCLEOPHIL/CITIES OF WATER AND HEAVy WATER. PRADEAN DG I N D I A N J C H E M 11 (4) : 345-7 (1973} C A 79: 035710

20-1671 A T O M I C N A T U R E O F H Y D R O G E N I N I R R A D I A T E D WATER. NASTASE M R E V FIZ CNIM, S E ~ A I0(6): 2 1 5 - 1 8 (1973) (IN ROM~IAN) C ~ 79: 131291

20-1683 I S O T O P I C E F F E C T S iN T H E P R O P E R T I E S O F O X Y G E N - 1 8 L A B E L E D WATER. R A B I N O V I C H IH * T S V E T K O V V G R U S S J PHYS C R E M 45(I0): 1518-19 (1971) CA 76: 063600

20-1672 HYDROGEN AND OXYGEN ISOTOPE FRACTIONATIC~ B E T W E E N ICE A N D WATER. O'NEIL JR J PEYS C H E M 7 2 ( 1 0 ) : 3683-4 (1968) C A 69: 1 1 0 5 4 9 T

20-1684 M O L E C U L A R D Y N A M I C S S T U D I E S O F LIQUIDS. R~HMAN A P 2 3 3 - a 8 O F B A T T E L L E I N S T M A T E R S C I C O L L O Q , 6TH, 1971, I N T E R A T O M I C P O T E N T I A L S A N D S I M U L A T I O N OF L A T T I C E DEFECTS, G E H L E N P C § E E E L E E J R * J A F F E E RI (EDS) , PLENUM, 1972, 782P. C A 78: I~0484

20-1673 INTERPRETATION OF KINETIC AND EQUILIBRIUM P R O P E R T I E S . (OF A Q U E O U S SOLUTIONS) ONSAGER L P 2 - 9 O F INT S Y M P O N S T R U C T U R E O F W A T E R A N D A Q U E O U S S O L U T I O N S , L U C K W A P { E D ) , V E R L A G CBEMIE,

1974.

20-1685 MOLECUI21R D Y N A M I C S S ~ U D Y OF L I Q U I D WATER. R A H M A N A § S T I L L I N G E R FR J C R E M P H Y S 55(7): 3 3 3 6 - 5 9 {1971) CA 75: 134072

Section 20. Other Properties, Miscellaneous 20-1686 C L U S T E R I N G IN S U P E R C O O L E D W A T E R . R A S M U S S E N DH § M A C K E N Z I E AP J C H E M P H Y S 59(9}~ 5 0 0 3 - 1 3 (1973} C A 80: 149135 20-1687 P R O T O N M O B I L I T Y IN W A T E R IN G L A S S P O R E S OF 15 MICROMETERS DIAMETER. R O B E R T S NK * N O R T H E Y HL N A r D R E (LONDON), F H Y S SOl 2 3 7 ( 7 8 ) : 144 (1972) C A 77: I ~ | 5 2 20-1688 PRESSURE SHIFTS IN PROPERTIES OF SOLVA~HD E L E C T R O N S I N A L C O H O L S A N D WATER. R O B I N S O N MG 9 J B A K M + F R E E M A N G R J C H E M PSYS 55(10): 4933-5 (1971} CA 75:155437 20-1689 U S E OF W A T E R P R O P E R T I E S I N S O L A R E N E R G Y PLANTS. R O M A N E N K O V N + K O R L Y A H O V ED G E L I O T E E B N I K A ( 4 ) : @ 3 - ~ (1970} (IN RUSSIAN) C A 74: 0 3 6 0 5 6 20-1690 F R E E C O N V E C T I O N I~ L I Q U I D S U N D E R M A X I M U M D E N S I T Y CONDITIONS. ROY S I N D I A N J P H Y S 46(6): 245-9 (1072) CA 78: 0 8 6 4 8 6 20-1691 CRYSTALLIZATION POLARIZATION OF WATER AND A Q U E O U S SOLUTIONS. ROZENTAL OM R U S S J P B Y S C H E M ~q(9}: ~317-20 ~1970j C A 73: 134752 20-1692 T R A N S F E R D I F F U S I O N . pA/%T-~: N U M E R I C A ~ L ~ E S T O F THE CORRELATION BETWEEN PROTOTROPE MOBILITY AND P R O T O N E X C H A N G E B A T E OF H Y D R O N I U M A N D B Y D R O X M L I O N S W I T H WATER. RUFF I § FRIEDRiCH VJ J P H Y S C H E M 76(21): 2 9 5 4 - 7 (1972} C A 77: 156861 20-1693 S O L V E N T D E U T E R I U M I S O T O P E E F F E C T S ON A C I D - B A S E R E A C T I O N S . PANT-5: A S S I G N M E N T O F I N D I V I D U A L I O N I C C O N T R I B U T I O N S TO T R A N S F E R F R E E E N E R G I E S OF E L E C T R O L Y T E S F R O M W A T E R T O D E O T E R I B M OXIDE. SALOMAA P A C T A C H E M S C A N D 25(I): 3 6 5 - 6 (1971) C A 7~: 1 3 ~ 9 6 20-1694 S O L V E N T I S O T O P E E F F E C T S IN C H E M I C A L P O T E N T I A L S O F S O M E S O L U T E S IN W A T E R - H E A V Y W A T E R M I X T U R E S . SALOMAA p § MATTSEN M A C T A C E E M S C A N D 26(5}: 2 1 3 7 - 9 (1972) C A 77: 14~629 20-1695 C H A N G E IN I O N S O L V A T I O N D U R I N G T R A N S F E R ~ H O M S O L U T I O N S I N W A T E R T O S O L U T I O N S I N H E A V Y WATER. SAMOILOV OYA § YASTREMSEII PS J S T R U C T C H E M 12(3): 355-60 (1971) C A 75: 0 9 1 8 5 2 20-1696 PHASE BEHAVIOR OF AQUEOUS SOLUTIONS AT HIGH PRESSURES. SCHNEIDER GM P 3 8 1 - ~ 0 q O F F R A N K S F ( E D ) , WATER, A C O M P R E H E N S I V E T R E A T I S E , V O L 2, pLENUM, MY, 1972. 20-1697 P R E L I M I N A R Y I N V E S T I G A T I O N S OF E N R I C H M E N T IN O X Y G E N - 1 8 B Y W A T E R D I S T I L L A T I O N IN A V A C U U M C O L U M N P A C K E D W i T H POLPAK. SELECKI A N U K L E U N I K A 12(11): 1027-36 (1967} (IN POLISH) C A 69: 2 3 8 3 5 0

711 20-1698 L I B R A T X O N O S C I L L A T I O N OF W A T E R IN SOLUTIONS. S H C H E R B A LD S T R U H T R O L V O D Y Z H I V O M O R G A N I Z M E NO 1: 7 6 - 9 3 (1966) (IN RUSSIAN) C A 69: 4 6 4 9 5 T 20-1699 HEAT AND MASS TRANSFER TO PARTICLES SUSPENDED IN A G I T A T E D L I Q U I D S , (ICE IN WATER) S H E R W O O D T K 9 B R I A N P L T + B U N T E R J A 9 GII~LA/4 W S * JOHNSON S US O F F I C E S A L I N E W A T E R R E S D E V E L O P P R G G R PEP NO 33~, 1968, 58P. C A 69: 6 9 6 3 8 F

20-1700 E L E C T R I F I C A T I O N A S S O C I A T E D WITH THE' C O L I ~ S i O N O F DROPS WITH ICE PARTICLES. S H E W C H U K SR U N I V T O R O N T O P H D THESIS, 1972, CA 81: 4 2 7 5 3 A

20-1701 D I S S O C I A T I V E C O L L I S I O N OF W A T E R M O L E C U L E W I T H M E T A S T A B L E ARGON. S O K A B E N 9 M U R A I A 9 IWAI T J P H Y S S O C J A P 30(4): 1211 (1971) CA 7 5 : 0 5 3 0 2 3 20-1702 E V A L U A T I O N OF A D I S C R E T E S A M p L ~ A N A L Y Z E R F O R C H E M I C A L A N A L Y S I S OF WATER. ST J E A N R § K A S A T I Y A SS E N V I R O N L E T T 6(3): 193-203 (1974} C A 81: 6 1 9 5 M

Z0-~703 NUMERICAL METHODS FOR DETERMINING OXYGEN-IS AND O ~ Y G E N - 1 7 E N R I C H M E N T BY C O U N T E R C U R R E N T D I S T I L L A T I O N O F WATER. STASCBEWSKI D C H E M I N G T ~ C E W0 (15): 7 4 8 - 5 6 (1968) (IN GERM~AN) C A 69: 9 2 0 9 3 H 20-1704 P R E P A R A T I O N O F H I G H L Y P U R E W A T E R BY DiSTIId~ATION AFTER OXIDATION OF IMPURITIES WiTH MOLECULAR OXXGEN. S T O P K A P + VEPP~EK-SISKA J C H E M L I S T Y 67(4): ~ 2 ~ - 7 (1973) (IN CZECH) C A 79: 032921 20-1705 ACIDITY MEASUREMENTS AT ELEVATED TEMPERATURES. PART-7: D I S S O C I A T I O N O F WATER. S W E E T O H F B + M~ESMER P~E § E A F ~ C F J S O L U T I O N C H E M 3(3): 19|-21~ (197~) C A 81: 8 2 9 3 1 P 20-1706 WATER VAPOR COUNTER FOR THE MEASUREMENT OF T H I T I A T E D WATER. TAFu~HA~HI T * H A M A D A T 9 TAK;~KAZHI y I N T J A R P L R A D I A T I S O T O P E S 19(6): 5 1 1 - 1 5 (1968) C A 69: 3 2 3 ~ 2 D 20-1707 P H A S E T R A N S F O R M A T I O N IN WATER. TERAO K J ~ J A P P L P E Y S 8(1): 47-56 (1969) CA 70: 0 3 2 0 0 7 20-1708 NONEQNILIBRIUM BNBBLR COLLAPSE: A THEORETICAL STUDY. T H E O F A N O U S TG § BIASI L + I S B I N HS § F A H S K E H K C H E M ENG P R O G R # S Y M P S E E 66(102): 3 7 - ~ 7 (1970} C A 7~: 014530 20-1709 L I Q U I D W A T E R C L U S T E R SIzEs. T H O R N E JM 9 S L A U G H T E R H T B F ~ M ~ C H I M I C A A C T A 3(3): 181-8 C A 76: 063528

(Ig72}

712

Bibliography on Physical and Chemical Properties of W a t e r : 1969-1974

20-1710 GAS COUNTING OF TRITIUM WITH pARTICULAR REFERENCE TO COUNTER BACKGROUND. WARD PRB § WURZEL P I N T J A P P L P,A D I A T I S O T O P E S 19(6): 529-33 C A 69: 3 2 3 ~ 3 E

(1968)

20-1711 PREPARATION OF MILLICURIE QUANTITIES OF O X Y G E N - 1 5 LABELLED WATER. WELCH MJ + LIFTON JF + TER-POGOSSIAN MM J L A B E L C O M P O U N D S 5 (2): 169-72 (1969) C A 71: 035290 20-1712 RELATION BETWEEN DEUTERIUM- HYDROGEN AND T R I T I U M - H Y D R O G E N I S O T O P I C F R A C T I O N A T I C N IN R E A C T I O N S O F C H E M I C A L INTEREST. WESTON RE Z N A T U R F O R S C R A 28(2): 177-8q (1973) CA 81: 3 0 ~ E T Q

Section 21. Heavy Water Productio. 21-1720 P R O D U C T I O N O F H E A V ~ W A T E R BY A M O N O T H E R M A L T Y P E OE ISOTOPIC EXCHANGE BETWEEN AMMONIA AND HYDROGEN. ARNAULT JP + DIRIAN G + LAMBERT I + ROTH E FR D E M A N D E PAT 2 0 9 5 1 8 0 , 17 M A R 1972, 8P. (ADDN TO F R P A T 2 0 9 ~ 2 8 ) C O M M E N E R G A T O M / Q U E CA 77:121373

20-1718 C O R R E C T I O N TO T H E E F F E C T OF A N S A R M O N I C I T Y O N I S O T O P I C E X C H A N G E EQUILIBP~IUMS. A P P L I C A T I O N TO POLYATOMIC MOLECULES. WOLESBERG M J C H E M P H Y S 50(3): 1~8~-6 {1969) CA 70:081567

21-1721 I S O T O P E E N R I C H M E N T , E S P E C I A L L Y OF DEUTERIUM. BABCOCK DF GER O F F E N P A T 1916570, 191857q, 30 O C T 1969= DSAEC C A 72: 037956-7

20-~714 ISOTOPIC HUM RULES AND COMgLIANCE SCHEME WATERD E U T E R I U M OXIDE, HDO. WRIGHT J § RAO CVS J M O L S P E C T R O S C 51(3): 520-3 (197~) C A 81: 7 8 1 6 B

21-1722 HEAVY WATER PRODUCTION BY AMINE- HYDROGEN EXCHANGE. B A N C R O F T A R § R A E HK AT E N E R G Y C A N A D A LTD, 1970, 12P. A E C L - 3 6 8 ~ C A 73: 136~52

20-1715 O N S E T OF C O N V E C T I O N IN A L A Y E R O F W A T E R F O R M E D B Y M E L T I N G I C E F R O M BELOW. Y E N YC P H Y S F L U I D S 11(6}: 1263-70 (1968) CA 69: 2 8 8 3 7 B

21-1723 M E T H Y L A M I N E - H Y D R O G E N I S O T O P E E X C H A N G E FOR H E A V Y ~ A T E R ENRICHMENT. BOIAN M § LANG G § SCEINDEWOLF U C H E M - I N G - T E C H 45(8): 1136-8 (1973) (IN GERMAN) CA 80: 021817

20-17t6 MECHANISM OF THE MOVEMENT OF HYDRONIUM AN~ H Y D R O X Y L I O N S IN I C E A N D WATER. ZATSEPINA GN J S T R U C T C B E M I0(2): 200-5 ~1969) CA 71:05q175

21-172q MATH~/~ATICAL MODEL OF HEAVy WATER EXTRACTION AND DISTILLATION. BURGESS MP A ~ C H E J 17(3): 5 2 9 - 3 5 (1971) CA 75: 013877

20-1717 LIQUID- VAPOR SEPARATION FACTOR FOR DILUTE S O L U T I O N S O F W A T E R (DTO) I N H E A V Y WATER. Z E L V E N S K I I Y A D § KOVA/~ENKO A E 9 T O M A S H E V AP 9 EGURNOV VYA A T E N E R G 36(5): 3 9 6 - 7 (197~) (IN RUSSIAN) C A 81: 5 7 2 7 1 R

21-1725 T R I T I U M C O ~ T A M I N A T I O ~ OF D E U T E R I U M C O M P O U N D S . CAMPBELL JR N A T U R E (LONDON) 241|5390}: ~ 9 (1973) C A 78: 105102

20-1718 WATER ON OXIDE HHRFACES. Z E T T L E M O Y E R AC + M C C A F F E R T Y E CROAT CHEMACTA ~5(1): 173-87 {1973} CA 79:083793 20-1719 PERMISSIBLE CONCENTRATION OF TRITIUM. ZHNRAVL~ VF + EHTUEKENRERG YUM O K I S T R I T I Y A 1968: 38~-9q (IN RUSSIAN) C A 71: 0 5 3 3 2 9

21-1726 DEUTERIUM EXCBANGE A~D DZUTER~UM EXCHANGE COLUMN. E R G E N C MS G E R O F F E R PAY 22338W6. 31 J A N 197W, 16P. H U L L E R GEER AG CA 80: 115290 21-1727 P R O D U C T I O N OF H E A V Y W A T E R I N INDIA. EAREEDUDD~N S B H A B H A AT R K S CENTER, B O M B A Y , INDIA, INIS-MF-85~ C A 80: 139600

1973,

2qP.

21-1728 ~SOTOPIC EXCHANGE BETWEEN HYDROGEN AND WATER AT H I G H PRESSURES. FODOR TB § MARGINEAND p § OLARIU A S T U D C E R C B T ~IZ 22(7): 6 9 7 - 7 0 5 (1970) (IN ROMANIAN) C A 7~: 006940

Section 21. Heavy Water Production 21-1729 C R I T E R I A F O R T H E D E S I G N O F A N A~2~DNIA- H Y D R O G E N TWO TEMPERATURE pLANT FOR HEAVy WATER PRODUCTION. FOLLi E 9 POLASTRI F § VACCARO G E N E R G N U C L (MILAN) 17(12): 7 2 1 - 3 2 (1970) (IN ITALIAN) C A 74: 0 7 0 5 4 9 21-1730 F I N A L R E C T I F I C A T I O N OF H E A V Y W A T E R IN T H E B A T C H P R O D U C T I O N METHOD. G I S P E R T BM + R O J A S D E D I E G O J L § E C H A V A R R I T 9 ORTEGA JM A N Q H I M 64(9-I0): 8 6 9 - 7 8 (1968} CA 70:073326 21-1731 D E U T E R I U M S U L F I D E S E P A R A T I O N A N D ITS C C N W E R S I O N TO D E U T E R I U M OXIDE. G L E W DN + C L A R K E EC US P A T 3690829, 12 S E P T 1972, 4P. DON C H E M I C A L CO C A 77: 134162 21-1732 D E U T E R I N M E N R I C H M E N T IN W A T E R O R H Y D R O G E N . H A R T M A N N F § E R G E N C MS G E R O F F E N P A T 2 0 1 3 7 2 1 , lq O C T 1971, 19P.; 2029439, 9 DEC 1971, 5P. S U L Z E R G E B E A G C A 76: 009371; 053697 21-1733 HEAVY WATER PRODUCTION USING AMINE- HYDROGEN ISOTOPIC EXCHANGE, HOLTSLANDER WJ P 5 - 7 O F AT E N E R G Y C A N A D A LTD, 1971, A E C L - 3 9 9 0 CA 76:066787 21-173~ p R E P A R A T I O N O F T R I T I U M GAS, T R I T I A T E D WATER, A N D T R I T I U M TARGETS. HORSKI J I N S T N U C L RES, W A R S A W , R E P NO 1396, 1972, 40P. (IN POLISH} C A 78: 065742

713 21-1740 H E A V y W A T E R P R O D U C T I O N : A R E V I E W O F PROCESSES, (176 RHFS) L E V I N S DM A U S T R A L A T E N E R G Y COMM, 1970, 38P. A A E C / T M 5 6 2 C A 74: 133400 21-1741 HEAVY WATER PRODUC~ION. L E V E N S DM + A L F R E D S O N P G AT E N E R G Y A U S T 15(3}: 2-11 C A 78: 0 7 8 5 9 6

21-1742 HEAVY WATER MANUFACTURE. MERCEA V R O M P A T 54900, 15 O C T 1972, 9P. I N S T F I Z A T O M I C A CA 79:152147 21-1743 P R O D U C T I O N OF H E A V Y W A T E R E M P L O Y I N G A G R O U P - V I I I CATALYST. MIKOVSKY RJ + SEINIVASAN S US P A T 3681021, I A U G 1972, 5P. M O B E L O I L C O R P CA 77:121119 21-1744 PROCEDURES FOR HEAVY WATER RECONCENTRATION. MILOSEVIC R + KOSARIC N N U K L E N E R G 5 (3-5) : 53-4 (1969) C A 72: 0 7 3 5 6 2 21-17~5 HEAVY WATER ISOTOPE ENRICHMENT BE THE HOT- COLD METHOD. N A Z Z E R DB + T H A Y E R V R G E R O F F E N P A T 1958564, 27 A U G 1970, 13P. C A N A D I A N G E N E L E C CO L T D CA 73: 126313 21-1746 P L A N T S A N ~ P R O C E S S E S F O R T H E P R O D U C T I O N OF H E A V Y WATER. NITSCHKE E A T O M W I R T # A T D M T E C H 18(6): 2 7 4 - 8 0 (1973) (IN

GHP~AN} C A 79:

21-1735 ENRICHMENT OF HEAVY HATER BY PHOTOSYNTHESIS. ITANAM~ S + ICHIMHRA S G E R O F F E N P A T 2 3 1 5 0 5 5 , 11 O C T 1973, 11P. CHLORELLA IND CO LTD C A 80: 0 0 9 6 7 5 21-1736 HEAVY WATER PRODUCTION USING AMINE- HYDROGEN ISOTOPIC EXCHANGE. J I C K L I N G RS P2-~ OF A T E N E R G Y C A N A D A LTD, 1971, A E C L - 3 7 8 7 . C A 75: 057409 21-1737 DESIGN AND OPERATION OF OPTIMALLY FAILURE yOLERANT CHEMICAL PROCESSES WITH AN APPLICATION TO H E A V Y W A T E R P R O D U C T I O N . K I N G CF U N I V W I S C O N S I N P H D THESIS, 1971, q48P. C A 76: 005410 21-1738 HEAVY WATER PRODUCTION. INDHSTRIAL PRCCESSES A N D PLANTS. (A B I B L I O G R A P H Y ) LAVRENCIC D NTIS, 1972, 389P. R T / I N G - ( 7 2 ) 18 C A 79: 121129 21-1739 MAKING HEAVY WATER BY MONOTHERMAL-TYPE ISOTOPIC E X C H A N G E B E T W E E N A M M O N I A A N D S Y N T H E S I S GAS. LESUR P + VIRATELLE J FR D E M A N D E PAT 207%737# 12 N O V 1971, 6P. C O M M ENERGY ATOMIQUE CA 77:055266

(1972}

037532

21-1747 REVIEW OF HEAVY WATER PRODUCTION PROCESSES. RAE HK A T E N E R G Y C A N A D A LTD, 1969, 21P. A E C L - 2 5 0 3 C A 75: 0828~I 21-1748 D E U T E R I U M E N R I C H E D W A T E R BY T H E H O T - C O L D METHOD. RICHARDSON RD G E R O F F E N P A T 2016765, 15 O C T 1970, 10P. C A N A D I A N G E N E L E C CO L T D C A 73: 136592 21-1749 HEAVY WATER RESEARCH ON PRODUCTION PROCESSES. P L A N T S B A S E D O N T H E ~ R E N C H PROCESS. ROTH E + TRAONROUDER R * VIRATELLE J LEFRANCOIS E C O M M AT E N E R G Y FRANCE, 1971, 11P. A/CONF. 4 9 / P - 6 0 7 (IN FRENCH) CA 76: 120308 21-1750 M U L T I P L E E F F E C T DISTII~LATION IN H E A V Y W A T E R TECHNOLOGY. SELECKI A PR I N S T I N Z C H E M P O L I T E C H W A P S Z A W I(3): 2 9 3 - 3 0 4 (1972) (IN POLISH) C A 78: 167533 21-1751 DESIGN METHOD FOR A CONTINUOUS ELECTROLYTIC CASCADE. HEAVY WATER ENRICHMENT. S E S H A N PK § S E T H U R A M A C H A N D R A N TS + CHANDRASEKHARAN K C H E M P R O C E S S ENG (BOMBAY) 3 (~): 21-7 (1969) CA 72: 085332

714

Bibliography on Physical and Chemical Properties of Water: 1969-1974

B I B L I O G R A P H Y OF H E A V Y W A T E R P R O D U C T I O N . REFS) S H A H PGS; W E S T P A K I S T A N , A T E N E R G Y C E N T 50P. A E C L - C H E M - 1 0 3 . CA 71:055798

(1~6 1966,

21-1752 APPARATUS AND PROCESs FOR PRERARATION CF HEAVY W A T E R IN TWO D I F F E R E N T T E M P E R A T U R E RANGES. S P E V A C K JS G E E O F F E N F A T 2 2 1 3 9 2 9 , 27 S E P T 1973, 29P. DEUTERIUM CORP CA 80:~33085 21-1753 E X T E N S I V E E N R I C H M E N T OF S T A B L E O X Y G E N I S O T O P E S B Y C O U N T E R C U E R E N T D I S T I L L A T I O N O F H E A V Y WATER. STASCHEWSKI D C H E M - I N G - T E C H ~3(I~}: 8 1 0 - 1 6 (1971) (IN GERMAN} C A 75: 0 8 3 0 0 7 21-1754 HEAVy WATER. STEVENS WH FR P A T 1510318, 19 J A N 1968, 6F. A T O M I C E N E R G Y CANADA LTD CA 70:053342 21-1755 HEAVy WATER pRODUCTION USING HYDROGEN- WATER EXCHANGE. S T E V E N S W H 9 B L A C K S T E I N FP P 1 6 - 1 8 O F A T E N E R G C A N A D A LTD, 1973, A ~ C L - 4 6 0 6 . C A 81: 3 2 3 8 9 x 21-1756 D E U T E R I U M E N R I C H M E N T BY C G U N T E R C U R B E N T M A S S TRANSFER. THAYER VR US PAT 3692477, 19 S E P T 1972, SP. NO C O R P O R A T E AUTHOR C A 77: 13~163 21-1757 HEAVY WATER PRODUCTION. THAYER VR US PAT 3685966, 22 A U G 1972, AUTHOR C A 77: 134164

Section 22. Nucleation and Crystallization of Ice 22-1761 THERMODIELECTRIC EFFECT AND FREEZING POTENTIAL IN G R O W I N G ICE. CASSETTARI M § SALVETTI G N U O V O C I M E N T O SbC I T A L F I S B 12(I} : 9 5 - 1 0 0 (1972) CA 78:020977 22-1762 F O R M A T I O N O F ICE ON A F L A T W A L L I N W A T E R OF VA/~IABL E T E M P E R A T U R E . C H N K L I N S G + pARTHKABLA/)ZE EG KHQLOD TEKH TEKHNOL NO 10:82-9 (1970} (IN RUSSIAN} CA 75: 0 1 0 0 6 4 22-1763 M O D E L S O F S E C O N D A R Y N U C L E A T I O N (OF ICE} A T T R I B U T A B L E TO C R Y S T A L - C R Y S T A L L I Z E R A N D CRYSTAL-CRYSTAL COLLISIONS. EVANS TW § SAROFIM AF + MARGOLIS G A I C H E J 20(5): 9 5 9 - 6 6 (1974) C A 81: 160121R 22-1764 iCE CRYSTAL GROWTH RATES AND HYD~TE REACTION KLNETICS. FERNANDEZ R § PANGBORN JB + COLTEN SL § E A R D U H N A J § G I L L A M WS + J O H N S O N S US O F F I C E S A L I N E W A T E R R E S D E V E L O P P R O G R P E P N O 230, 1967, ~3P. C A 69: 9 0 6 2 8 N

5P. NC C O R P O R A T E

21-1758 P R O C E S S F O R C O N C E N T R A T I N G H E A V Y WATER. THAYER VR US PAT 3411884, 19 N O V 1968, HE. U S A B C CA 70:025057

22-1765 T H E R M O D Y N A M I C S A N D K I N E T I C S IN T H E H Y D R A T E A N D F R E E Z I N G P R O C E S S E S . (ICE G R O W T H RATE) F E R N A N D E Z R § C A R E Y W W § B O Z Z O AT + H A N D U H N A J § G I L L A M ~S + J O H N S O N S US O F F I C E S A L I N E W A T E R R E S D E V E L O P P R O G R P E R NO 229, 1967, 70P. C A 69: 6 1 ~ 5 7 A

21-1759 H E A V Y WATER. TOPSOE HFA F R P A T 2111167, 7 J U L 1972, AUTHOR CA 7 8 : 0 7 8 7 8 8

22-1766 G R O W T H R A T E OF I C E C R Y S T A L S . FERNANDEZ R § BARDUHN AJ EUR S Y M P F R E S H W A T E R SEA, P R E P R I N T S PAl?, 2ND, ATHENS, V O L 7(90}, 1967, I~P. C A 69: 3 9 2 9 3 X

9P. N O C O R P O R A T E

21-1760 H E A V Y W A T E R P R O D U C T I O N . PANT-I. VILLANI S E N E R G N U C L (MILAN) 21(2|: 7 7 - 8 6 ITALIAN) CA 81: 19810B

(1974)

(IN

22-1767 G R O W T H OF I C E IN F L O W I N G W A T E R A N D S O D I U M C H L O R I D E SOLUTIONS. FERNANDEZ R S Y R A C U S E U N I V P H D T H E S I S e 1968, 138P. C A 70: 030~24 22-1768 ICE N U C L E A T I O N B E H A V I O R O F S I L V E R I O D I D E S M O K E S CONTAINING A SOLUBLE COMPONENT. F L E T C H E R NH J A T M O S SCI 25(6|: I 0 5 8 - 6 0 (1968) C A 69: I 0 8 7 8 1 U 22-1769 C O L L I S I O N B R E E D I N G O F I C E CRYSTALS. GAE/KBEDIAN B § S T R I C K L A N D - C O N S T A H L E RF P I-2-2 O F S Y M P I N D CRYST, 5TH PROC, PAP, P~ES I N S T I N O R G CHEM, U S T i N A D I~%SEM, C Z E C H O S L O V A K I A , 1972. CA 8 1 : 1 7 8 0 0 5

1972,

Section 22. Nucleation and Crystallization of Ice 22-1770 DYNAMIC NUCLEATION OR THE ICE PHASE SUPERCOOLED WATER. G I T L I N S N § L I N SS J A P P L P H Y S 4 0 ( 1 2 ) : ~ 7 6 1 - 7 (1969) C A 72: 0 2 5 8 8 3

IN

F R E E Z I N G OF F R E E L Y S U S P E N D E D , S U P E R C O O L E R DROPS BY CONTACT NUCLEATION. G O K H A L E NR § S R E N G L E R JD; J A P R L M E T E O R O L 1 5 7 - 6 0 (1972) C A 76: 1 1 7 6 5 7

WATER

11(1):

22-1771 NUCLEATION PHENOMENA. PART-I: MOLECULAR ( N U C L E A T I O N O F W A T E R A N D ICE} HALE BN § PLHMMER PLM J A T M O S SCI 31(6): 1 6 1 5 - 2 1 (1979) C A 81: 1 7 3 2 8 2

MODEL.

22-1772 MORPHOLOGICAL STABILITY OF A GROWING C R Y S T A L O F ICE. HARDY SC + CORIELL SR J A P P L PRYS 3 9 ( 7 ) : 3 5 0 5 - 7 (1968} C A 69: 8 1 2 3 1 A

CYLINDRICAL

22-177~ GROWTH OF LARGE SINGLE CRYSTALS OF ICE FROM WATER. PART-I: OPTICALLY PERFECT CRYSTALS AND DISLOCATIONS. PART-2: X-RAY DIFFRACTIC~ TOPOGRAPHIC OBSERVATIONS OF DISLOCATIONS. HIGASHI A + OGURO M § FUKUDA A O Y O B U T S U R I 3 6 ( 1 2 ) : 9 8 8 - 9 4 (1967}; 3 8 ( 6 ) : 5 6 7 - 7 3 (1969) (IN J A P A N E S E ) C A 69: 1 0 0 ~ 0 ~ ; 71: 0 8 5 4 ~ 5 22-1775 GROWTH OF ICE SINGLE CRYSTALS FROM THE MELT SPECIAL REFERENCE TO DISLOCATION STRUCTURE. HIGASHI A + MITSUGU O + A~EHARU F J CRYST GROWTH 3-4:728-32 (1968)

WITH

22-1776 P L A N A R G R O W T H O F I C E F R O M T H E P U R E MELT. HOBBB PV P 9 5 - 1 1 2 O F I N T S Y M P O N P H Y S I C S O F I C E I 1968, R I E H L N § BULLEMF~R B 9 E N G E L H A R D T H ( ~ D S ) , P L E N U M , 1969.

22-1778 STEP GROWTH ON ICE DURING THE FREEZING WATER. KETCHAM WM +HOBBS PV P H I L M A G 1 8 ( 1 5 3 J : 6 5 9 - 6 1 (1968) C A 69: 8 1 2 ~ 7 K

OE PURE

NUCLEATION

22-1780 GROWTH OF ICE CRYSTALS AFTER A METHOD HELMHOLTZ. KNIGHT CA N A T U R E 2 2 0 ( 5 1 6 2 ) : 6 2 - 3 (1968) C A 69: 1 1 0 7 3 2 X

22-1782 ICE FORMING ACTIVITY OF THE SURFACES OF AN ICE CRYSTAL. KRASTANOV L § MILOSHEV G § iEVKOV L COY~PT R E N D A C A D E U L G SCI 28 (9): 9 1 5 - 1 8 (1967) C A 69: 5 4 9 8 7 V 22-1783 HUCLEATION OE PARASITE CRYSTALS IN CONSTITUTIONALLy SUPERCOOLED WATER ON THE S U R F A C E O R G R O W I N G ICE. KVAJIC G + ERAJOVIC V C A N J P H Y S 4 8 ( 1 8 ) : 2 1 8 8 - 9 1 (1970) C A 73: 1 1 3 6 7 "

ICE IN

22-1785 SELECTIVE GROWTH OF ICE CRYSTALS FROM DILUTE WATER SOLUTION. KVAJIC G + HRAJOVIC V * MILOSEVIC-KVAJIC M § P O U N D E R FIR R 2 5 1 - 5 O F P H Y S I C S A N D C H E M I S T R y O F ICE, WHA~LLEy E § J O N E S S J + G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P. 22-1786 REJECTION OF IMPURITIES BY GROWING ICE FROM A MELT. KVAJIC G § EEAJOVIC V § FOUNDER ER ~ 1 2 0 - 3 1 O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, RiEEL N + BULLEMER B * ENGELHARDT H(EDS), P L E N U M , 1969. 22-1787 DENDRITIC AND PLANAR ICE GROWTH. KVAJIC G + POUNDER ER + BRAJOVIC V H U L L B O R I S K I D R I C I N S T N U C L SCI, PHYS (1968) C A 71: 0 8 5 3 6 6

19(3): 2 1 R

22-1788 ICE NUCLEATION EFFICIENCY OF SILVER IODIDE -20 D E G R E E S O N A P A R T I C L E C O U N T BASIS. LANGER G % LIEBERMAN A + ROSINSKI J J A P P L M E T E O R O L 6(6): 9 6 3 - 5 (1967) C A 69: 6 2 1 9 5 A

22-1777 CALCULATIONS OF ICE CRYSTAL GROWTH. JAYAWEERA K J A T M O S S C I 2 8 ( 5 ) : 7 2 8 - 3 6 (1971) C A 75: 0 4 1 3 5 4

1968,

22-1781 SPIRAL STEPS AND VAPOR- LIQUID- SOLID GROWTH O B S E R V E D O N ICE S U R F A C E S T R E A T E D W I T H S I L V E R IODIDE- AMMONIUM IODIDE. KOBAYASHI T P 1 4 9 - 5 5 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W B A L L E Y E + J O N E S S J + G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P.

22-1784 ANISOTRORY OE GROWTH OF POLYCRYSTA~LLINE CONSTITUTIONALLY SUPERCOOLED WATF~R. KVAJIC G § BRAJOVIC V C A N J P H Y B 4 9 ( 1 4 ) : 1 8 6 1 - 4 (1971) CA 75:081137

22-1773 GROWTH AND PERFECTION OF ICE CRYSTALS. HIGABRI A J CRYST GROWTH 29-25:102-7 (1979) C A 81: 1 4 1 9 4 1 S

22-1779 C O N T A C T A N G L E O F W A T E R O N ICE: SUPERCOOLED WATER DROPS. KNIGHT CA P204-7 OF INT CONF CLOUD PHYS, C A 73: 1 3 4 1 6 5

715

FROG.

BY

OF

22-1789 DIFFERENT INTERPRETATIONS OF THE GROWTH ICE DENDRITES IN SUPERCOOLED WATER. LEVI L J C H E M P H Y S 5 2 ( 7 ) : 3 8 5 4 - 5 (1970) C A 72: 115~61

AT

RATES

OF

22-1790 ORIENTATION OF ICE CRYSTAI~ GROWN BY ACCRETION OF SUPERCOOLED DROPLETS. LEVI L 9 AD~DERMAUR AN P 6 2 0 - 3 0 O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, R i E H L N * H U L L E M E R B + ENGELHAP~DT H ( E D S } , P L E N U M , 1969. 22-1791 MECHANISM OF SUBLIMATION AND ICE CRYSTALLIZATION IN VACUO. LYKOV AV § SMOLSKII BM § NOVIEOV PA + VAGNER EA J E N G P H Y B 15(5): I 0 1 3 - 1 7 (1968} C A 71: 0 2 5 3 3 5

716

Bibliography on Physical and Chemical Properties of Water: 1969-1974

22-1792 D I F F E R E N T I N T E R P R E T A T I O N S O F T H E G R O W T H R A T E S OF I C E D E N D R I T E S I N S U P E R C O O L E D WATER. COMMENTS. M A C K L I N WC § R Y A N BF J C H E M P H Y S 52(7): 3 8 5 5 ~ 6 (1970) C A 72: 115462

22-1803 G R O W T H OF I C E P A R A L L E L TO T H E B A S A L P L A N E IN SUPERCOOLED WATER AND SUPERCOOLED METAL FLUORIDE SOLUTIONS. RYAN BF J C R Y S T G R O W T H 5(4): 2 8 4 - 8 (1969) C A 71: 034042

22-1793 I N T E R P R E T A T I O N C F T H E G R O W T H R A T E S OF I C E D E N D R I T E S I N S U P E R C O O L E D WATER. M A C K L I N WC + R Y A N BF J C H E M PHYS 50(I): 551-2 (1969) C A 70: 0 7 1 6 4 9

22-1804 K I N E T I C S T U D I E S ON I C E F O R M A T I O N IN WATER. TERAO K + OHTOMO Y J A P J A P P L PBYS 8(5): 5 4 5 - 5 0 (1969} C A 71: 016528

22-1794 M O D E O F F O R M A T I O N OF I C E C R Y S T A L S F R O M T H E V A P O R PHASE. MONTMORY R C O M P T R E N D B 278(14): 675-7 (1974) (IN FRENCH) CA 81: 17679Y

22-1805 H E T E R O G E N E O U S P R I M A R y N U C L E A T I O N OF I C E IN W A T E R A N D A Q U E O U S SOLUTIONS. T H I J S S E N H A C § V O R S T M A N M A G + R O E L S JA J CRYST GROWTH 3-4:355-9 (1968} CA 70:051470

22-1795 A D S O R P T I O N OF W A T E R ON I C E F O R M I N G S U R F A C E S . M O R A C E E V S K I I V G § D U B R O V I C B NA § P O P O V A G POTANIN AN C O L L O I D J 35(4): 725-7 (1973) CA 79:116692

22-1806 G R O W T H R A T E O F I C E C R Y S T A L S IN F L O W I N G S U B C O O L E D WATER. V L A H A K I S JG P 1 - 1 0 O F U S O F F I C E S A L I N E WATER, R E E D E V E L O P P R O G R R I P N O ~97, 1967. CA 7 2 : 0 5 9 9 8 9

22-1796 N E W E F F E C T O F E V A P O R A T I O N A C C E L E R A T I N G T H E ICE P H A S E IN S U P E R C O O L E D WATER, M U R T Y AS 9 M U R T Y B V R J A T M O S SCI 29(4): 781-4 (1972) C A 77: 0 3 9 4 2 5 22-1797 I C E F O R M I N G P R O P E R T I E S OF W A T E R S O L U B L E SUBSTANCES. NIKANDROV VYA T R G L G E O F I Z O B S E R V NO 2 3 9 : 3 - 6 (1969) CA 72:104464 22-1798 GROWTH OF ICE-IV AND EQUILIBRIUM CURVES BETWEEN L I Q U I D W A T E R , ICE-IV, ICE-V, A N D ICE-VI. NISHIBATA K J A P J A P P L P H Y S 11(11): 1701-8 (1972} C A 78: 0 2 0 7 4 5 22-1799 S O M E R E L A T I O N S B E T W E E N T H E S T R U C T U R E OF THE ICESOLUTION INTERFACE AND THE FREE GROWTH RATE OF I C E C R Y S T A L S IN S U P E R C O O L E D A Q U E O U S S O L U T I O N S . PRUPPACHER HR J C O L L O I D I N T E R F A C E SCl 25(2): 2 8 5 - 9 4 {1967) C A 69: 4 6 5 9 8 D 22-1800 G R O W T H O F I C E IN A Q U E O U S S O L U T I O N S C O N T A I N E D IN CAPILLARIES. PRUPPACHER HR Z N A T U R F O R S C H A 22(6): 8 9 5 - 9 0 (1967) C A 69: 3 0 8 7 1 B 22-1801 F O R M A T I O N O F ICE IN W A T E R A N D S O L O T I O N S. PART-l: RE@/R~ANGEMENT O F T E E S T R U C T U R E O F W A T E R A N D I C E F O R M A T I O N U N D E R T H E A C T I O N O F E X T E R N A L FACTORS. PART-2: K I N E T I C S O F T H E C R Y S T A L L I Z A T I O N OF A Q U E O U S E L E C T R O L Y T E SOLUTIONS. pART-3: F O R M A T I O N O F I C E D U R I N G R A D I O L Y S I S O F WATER. P A R I ~ 6 : E L E C T R I C A L F A C T O R S O F I C E FOP/~ATION. ROZENTA-L O M R U S S J P N Y S C H E M ~6(1}~ 111, 657-9, 559-61 (19721; ZN FIZ K B I M 47(12): 3 0 4 6 - 9 (1973) (IN RUSSIAN) CA 76: 118116, 158626; 77: 068~83; 80: 0880 22-1802 REDISTRIBUTION OF IONS IN A CRYSTALLIZATION CELL D U R I N G T H E F O R M A T I O N O F I C E IN W A T E R A N D SOLUTIONS. ROZENT/LL O M R U S S J P H Y S C H E M 47(7): 985-6 (1973) C A 79: 119145

22-1807 GROWTH RATE OF AN ICE CRYSTAL FLOWING WATER AND SA~LT SOLUTIONS. V L A H A K I S JG + B A R D U H N AJ A I C B E J 20(3): 581-9 (1974) C A 81: 3 0 5 9 7 Q 22-1808 K I N E T I C S O F ICE N U C L E A T I O N F R O M W A T E R A N D E L E C T R O L Y T E SOLUTIONS. WOOD GR C A S E W E S T E R N R E S E R V E U N I V P H D THESIS, 1969, 182P. C A 76: 028558 22-1809 HOMOGENEOUS NUCLEATION KINETICS OF ICE FROM WATER. W O O D G R + W A L T O N AG J A P P L PHYS 41(7): 3 0 2 7 - 3 6 (1970) C A 73: 049337 22-1810 P L U G G I N G BY ICE O F W A T E R F R E E Z I N G IN PORES. Z H E L E Z N Y I BV I N Z H - F I Z ZH 23(5): 9 2 5 - 6 (1972) (IN RUSSIAN) C A 78: 062403

Section 23. Other Properties of Ice

717 23-1820 FAR INFRARED SPECTRA OF ICE-If, ICE-V, ICE-IX. BERTIE JE + LABBE HJ + WHALLEY E J C H E M P H Y S 49 (2} : 7 7 5 - 8 0 (19681 C A 69: 8 1 9 5 0 J

23-1821 PERFECT HIGHLY DOPED ICE CRYSTALS BY THE CZOCHRALSKy METHOD. BILGRAM JH P 2 4 6 - 5 0 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L E y S + J O N E S S J + G O L D W(EDS) r R O Y A L S O C C A N A D A a 1973, 405P.

Section 23. Other Properties of Ice 23-1811 MICROHARDNESS TESTING ON ICE SINGLE CRYSTALS. ACELEY SF P 3 8 2 - 6 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, WHA.LLEY E § J O N E S S J 9 G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, ~05P. AN LCAO-MO MODEL FOR EXCESS ELECTRONS iN ICE AND WATER. A L D R I C H HS + G A R Y L P + C U S A C H S L C P 1 6 1 - 4 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W M A L L E Y E + J O N E S S J + G O L D W (EDS), R O Y A L S O C C A N A D A , 1973r ~05P. 23-1812 S T R U C T U R A L M O D E L S F O R V I T R E O U S ICE. ALLEN LC P13-18 OF PHYSICS AND CHEMISTRY OF ICE, WHALLEY E § J O N E S S J + G O L D W (EDS)# R O Y A L S O C C A N A D A , 1973, ~05R. 23-1813 LOW ENTROPY FORM OF ICE-I(H) OBTAINED LINEAR STEP GROWTH MODEL. AUVERT G + BULLEMER E + KAHANE A S O L I D S T A T E C O M M U N 11: 1 0 3 1 - 4 (1972)

PROM A

23-1814 ENTROPY AND CORRELATION FUNCTIONS OF ICE-I(H) C O M P L E T E L Y P O L A R I Z E D IN T H E C D I R E C T I O N . AUVERT G + VILLAIN J P 3 0 3 - 5 O F P H Y S I C S A N D c H E M I S T R Y O F ICE, W R A L L E y E + J O N E S S J + G O L D W {EDS), R O Y A L S O C C A N A D A , 1973, 405P. 23-1815 E F F E C T O F A M~EM~BANE O N T H E P R O G R E S S I O N UE A N ICE FRONT IN WATER. AZOUNI M C O M P T R E N D C 2 7 5 ( 3 ) : 1 5 5 - 7 (1972) (IN E R E N C H ) CA 78:008082 23-1816 EQUILIBRIUM STRUCTURE OR POLARIZED BABCOCK EV + LONGINI RL J C H E M P H Y S 5 6 ( I ) : 3 ~ 4 - 5 3 (1972)

ICE.

EFFECT OF AN EXTERNAL MAGNETIC FIELD ON THE RATE OF WATER CRYSTALLIZATION AND STROCTURE OF R E S U L T I N G ICE. B A N T Y S H L A + P O P O V S K I I V G + L A Z A R E N K O BR; K R E P O N O S O V A A N E L E K T R O N O B R A B M A T E R ( 2 ) : 5#-8 (1972) (IN R U S S I A N ) CA 78:008689 23-1817 PROTON MAGNETIC RESONANCE EVIDENCE PHASE IN POLYCRYSTALLINE ICE. BELL JD * MYATT RW + RICHARDS RE N A T U R E (LONDON), P H Y S S C I 2 3 0 ( 1 2 ) : C A 75; 0 2 6 0 0 9

O~ A LIQUID

91-2

23-1818 INFRARED SPECTRUM OR ICE-VI IN THE RANGE CM-I. HERTIE JE + LABBE HJ + WHALLEY E J C H E M P H Y S ~9(5): 2 1 4 1 - ~ (1968) C A 69: I 0 1 2 3 9 Q

23-1819 ADSORPTIVITY OF ICE-I IN THE RANGE HERTIE JE + LABEE EJ + WHALLSY E J C H E M P H Y S 5 0 ( 1 0 ) : 4 5 0 1 - 2 0 (1969)

AND

23-1822 A S T U D Y O F C H A N G E W I T H TITLE O F T H E D I E L E C T R I C PROPERTIES OF POLYCRESTALLINH ICE. BONED C + BARBIER A P 2 0 8 - 1 1 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, WHAI.LEY E + J O N E S E J + G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P. 23-1823 LATTICE DYNAMICS OF HYDROGEN BONDED CRYSTALS: I C E - I (H). BOSI P + TUBLNO R + ZERBI G P98-I02 OF PHYSICS AND CHEMISTRY OF ICE, WHALLEY E + J O N E S S J + G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P. 23-182~ ELECTRON NUCLEAR DOUBLE RESONANCE STUDY OF X - I R R A D I A T E D S I N G L E CRySTA~LS O F ICE. BOX HC + BUDZINSKI EE + LILGA KT + FREUND HG J CHEM PHYS 53:1059-65 (1970} 23-1825 I N F R A R E D S P E C T R A O F AMORPB(>US ICE. HUONTEMPO U P H Y S L E T T A 4 2 ( I ) : 1 7 - 1 8 (1972) C A 78: 0 3 5 8 0 0 PROTON DYNAMICS OE WATER AND ICE STUDIED BY INELASTIC SCATTERING OF SLOW NEUTRONS. BURGMAN JO + SCIESINSKI J + SKOLD K PHYS REV 1 7 0 ( 3 ) : 8 0 8 - 1 5 (19681 C A 69: 3 0 1 9 5 J 23-1826 E L E C T R I C A L C O N D U C T I O N I N ICE. CAMP PR + KISZENICK W + ARNOLD DA C O L D R E G I O N S RES E N G LAB, H A N O V E R , NH, 1967, 62P. A D 6 6 5 3 5 4 ; P 4 5 0 - 7 0 O F I N T S y M P O N P H Y S I C S ICE, 1868, R I E H L N + B U L L E M E R B § E N G E L H A R D T H(EDS) t P L E N U M , 1969. C A 69: q 7 0 5 9 R

23-1827 DIELECTRIC ~RORERTIES OF HYDROGEN FLUORIDE DOPED S I N G L E C R Y S T A L S O F ICE. CAMPLIN GC + GLEN JW P 2 5 6 - 6 1 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L E y E + JONES SJ+ G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P. 23-1828 LOW T~PERA~URE P O L A R I Z A T I O N E F F E C T S I H ICE. (CURRENT REVERSAL DUE TO DIPOLE RELAXATION) CHAMBERLAIN JS + FLETCHER NH P B Y S K O N D E N S M A T E R , P H E S M A T E R C O N D E N S E E 12(3): 1 9 3 - 2 0 9 (1971)

(1971)

~000-50

4000-30

CM-I.

OF

POSITRONIUM ANNIHILATION IN WATER AND ICE DOWN TO -14~ ~EGREES BY ANGULAR CORRELATION MEASUREMENTS. COLOMBINO P + FISCELLA H + TROSSI L P353-6 S T E W A R T A T + R O H L L I G L O (EDS), P O S I T I O N ANNIHILATION, A C A D E M I C p R E S S , (19671 438P. C A 69: 9 2 0 2 7 Q

718

Bibliography on Physical and Cherriical Properties of Water: 1969-1974

23-1829 COMPUTER STUDIES OF PERFECT CRYSTAL PROPERTIES A N D D E F E C T S T R U C T U R E S I N ICE-I~ C O T T E R I L L R M J § M A R T I N J W + N I E L S E N OV § PEEDERSEN OB P 2 3 - 2 7 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L E Y E § J O N E S S J § G O L D W (EDS), R O Y A L S O C CANADA, 1973, 405P.

23-1839 P R O T O N I C C O N D U C T I O N I N ICE. PART-I: H I G H T E M P E R A T U B E REGION. PART-2: L O W T E M P E R A T U R E REGION. ENGELHA/~DT H + B U L L E M E R B + R I E H L N P 4 1 6 - 2 9 , 430-42 O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, R I E B L N § B U L L E M E R B + ENGELHAP~DT H(EDS), PLENUM, 1969.

23-1830 S T U D Y O F T H E S U R F A C E OF I C E W I T H A S C A N N I N G ELECTRON MICROSCOPE. CROSS JD P 8 1 - 0 4 O F I N T S Y M P O N P H Y S I C S O F ICE 9 1968, RIEHL N + BULLEMER B § ENGELH~T H(EDS), PLENUM, 1969.

23-1840 PROTONIC CONDUCTIVITY OF ICE SINGLE CRYSTALS AT LOW TFJ4PERATSRES A N D H I G H F I E L D STRF~NGTHS. ENGELHARDT H + RIEEL N P H Y S K O N D E N S M A T E R 5(2): 73-82 (1966} (IN GERMAN) CA 69: 3 9 5 8 9 Y

23-1831 E L A S T I C HODULI OF I C E . DANTL G R 2 2 3 - 3 0 O F I N T S y M P O N P H Y S I C S O F ICE, 1968, R I E H L N + B U L L E M E R B § E N G E L H A R D T H (EDS)# PLENUM, 1969.

23-1841 C H A N G E S IN T E E D I E L E C T R I C P R O P E R T I E S O F ICE F O R M E D BY S U P E R C O O L I N G B R E A K D O W N . EVRARD G P 1 9 9 - 2 0 3 OF P H Y S I C S A N D C H E M I S T R Y O F ICE 9 WHA/,LEy E * J O N E S SJ + GOLD W (EDS|, R O Y A L SOC CANADA, 1973, 405P.

23-1832 S U P E R D E N S E W A T E R ICE. D E L S E M M E AH '+ W E N G E R A S C I E N C E 167(3914}: 44-5 CA 72:048674

23-1833 DIELECTRIC CONSTANT MEASUREMENTS OF PURE AND A/4MONIUM F L U O R I D E D O P E D ICE. DENGEL O + RIEHL N * SCHLEIPPMANN A R H Y S K O N D E N S M ~ T E R 5 (2} : 83-8 (1966) (IN GEP/gAN) C A 69: 3 9 6 1 6 E

23-1842 L O W F R E Q U E N C Y R A M A N S P E C T R U M O F ICE-I (H). TENTATIVE I~TERPRETATION WITH A MIXED COULOMB V A L E N C E MODEL. D Y N A F E C P O L A R M O D E L O F M O N O C R Y S T A L L I N E ICE-I (H) . FAURE P * CHOSSON A * FAURE P § KAHANE A P 2 7 2 - 7 OF I N T C O N F O N L I G H T S C A T T E R I N G I N SOLIDS, 2ND PROC, B A L E A N S K I M(ED), PA/~IS, 1971, FLAP~4ARiON 9 PARIS 9 1971, 518P. 9 2 4 3 - 7 O F N U S I M O V I C I M ( E D ) , P E O N O N S , I N T CONF, RENNES, 1971 PROC, F L A / ~ A P ~ O N , P~d~IS, 1971, 502P.

23-1834 T E N S I L E A N D F L E X U R E P R O P E R T I E S O F S A L I N E ICE. DYKINS JE P 2 5 1 - 7 0 OF INT S Y M P ON P H Y S I C S O F ICE, 1968, R I E B L N § BUI=LEMER E + E N G E L H A R D T N (EDS), PLENUM, 1969.

23-1843 N E U T R O N D I F F R A C T I O N S T U D Y O F I C E POLEMOPJPSS. F I N C H E D + R A B I D E A U S W § W E N Z E L R G 9 N E R E S O N NG + A R N O L D GP J C N E M PHYS 49(10): 4361-5, 4365-9 {1968) CA 70: 0 2 3 8 0 9 - 1 0

23-1835 T R A N S I T T I M E M ~ A S U R E M E N T S O F P R O T O N S IN ICE. ECKENER U § HELMREICH D + ENGELHARDT H P 2 4 2 - 5 O F P H Y S I C S A N D C H E M I S T R Y OF ICE, W N A L L E Y E + J O N E S S J # G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P.

23-1844 T H E O R Y O F T H E M O H I L I T Y O F STRDCTUICa.L D E F E C T S I N ICE 9 F I S C H E R S F § HOFACEE4q B L P 3 6 9 - 8 4 O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, RIEPLL N + B D L L E M E S B * E N G E L H A R D T H ( E D S ) 9 PLENUM 9 1969.

(1970)

23-1836 P U R E Q U A D R U P O L E R E S O N A N C E O F O X Y G E N - 1 7 IN ICE. E D M O N D S DT + Z U S H M A N A ~ H Y S L E T T A 41 (2): 167-9 (1972) CA 77:132887 23-1837 I R R A D I A T I O N P R O D U C E D S O L V A T E D E L E C T R O N S IN ICE. EIBEN K P 1 8 4 - 9 4 O F I N T S Y M P O H P H Y S I C S O F ICE, 1968, R I E H L N + BUI=LE/~ER B + E N G E L H A R D T H(EDS), P L E N U M , 1969. P O S I T R O N L I F E T I M E S IN W A T E R A N D ICE, A N D IN FROZEN AQUEOUS SOLUTIONS. E L D R U P M; D A N I S H A T E N E R G Y COMM 9 1971 t 115P. RISO-254 CA 78:036698 P O S I T R O N L I F E T I M E S IN P U R E A N D D O P E D ICE A N D IN WATER. E L D R U P M + M O S E N S E N O + T R U M P Y G; J C H E M PEYS 57(1): 4 9 5 - 5 0 4 (1972) CA 77:055233 23-1838 P R O T O N I C C O N D U C T I O N IN ICE. ENG E L H A R D T H P 2 2 6 - 3 5 O F P H Y S I C S A N D C H E M I S T R Y O E ICE 9 W H A L L E Y E + J O N E S S J + G O L D W (EDS), R O Y A L S O C CANADA, 1973, 405P.

23-1845 S P E C T R A L B E H A V I O R O F D E F E C T S IN ICE: Q U A S I P A R T I C L E MODEL. F I S C H E R S F + H O F A C K E R BL + R A T N E R M A P 3 8 5 - 4 0 0 O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, R I E H L N § B U L L E M E R B § ENGELFL~RDT H(EDS) PLENUM, 196g. 23-1846 T H E S U R F A C E O F ICE. F L E T C H E R NH P 1 3 2 - 6 OF P H Y S I C S A N D CHEJ4ZSTRY O F ICE, W ~ A L L ~ Y E + J O N E S S J + G O L D W (EDS), ROY~LL S O C CANADA, 1973, 405P. S U R F A C E S T R U C T U R E O F W A T K ~ A N D ICE. FLS~ECSER NH P H I L M A G 18(156}: 1287-300 CA 70:032377

(1960)

23-1847 P R O D U C T I O N 0~ I O N I Z E D W A T E R C L U S T ~ S BY E L E C T R O N E O M S A R D M E N T O F ICE. FI~DYD G R ~ P R I N C E R H N A T U R E (LONDON), PHYS SCI 240(97}: 11-12 (1972} CA 78:020375 23-1848 P R O P E R T I E S O F ICE. (PEASES, C O N D U C T I V I T Y # D I E L E C T R I C PROPERTIES) FRANKS F P 1 1 5 - 5 0 OF F R A N K S F(ED) 9 WATER, A COMuPREHENSIVE T R E A T I S E , V O L I, PLENUM, NX, 1972.

Section 23. Other Properties of Ice

719

23-1849 X-RAY DIFFRACTION TOPOGRAPHIC STHDIES OF THE DEFORMATION BEHAVIOR OF ICE SINGLE CRYSTALS. FUEUDA A + HIGASHI A P 2 3 9 - 5 0 O F I N T S Y M P O N P H Y S I C S O F XCB, 1968, RIEHL N § BULLEME~ B + ENGELHA~DT E(EES), P L E N U M , 1969.

23-1861 C A L O R I M E T R I C S T U D Y O F T H E G L A S S Y STATE. p A R T - 1 0 : ENTHALPu RELAXATION AT THE GLASS TRANSITION T E M P E R A T U R E O P H E X A G O N A L ICE. HA~DA 0 + MA~SUO T + SUGA H + SEKI S J C H E M T H E R M O D Y N 6 ( 9 ) : 8 1 5 - 2 5 (1974) C A 81: 1 6 0 0 5 8 A

23-IS50 S T R U C T U R E A N D P O I N T D E F E C T S O F ICE: T H E I R E F F E C T ON THE ELECTRICAL AND MECHANICAL PROPERTIES. ( R E V I E W , 56 REFSJ GLEN JW SCI PROGR 57:1-21 (1969)

23-1862 RELAXATIONAL PROTON ORDERING AND GLASSy C R Y S T A L L I N E S T A T E I N H E X A G O N A L ICE. HA/DA O + MATSUO T § SUGA H § SEKI S PROC JAP ACAD 48:489-94 (1972}

23-1851 CALCULATION OF THE DIELECTRIC CORRELATION O F C U B I C ICE. GOBUSH W 9 HOEVE CAJ J CHEM PHYS 57:3516-21 (1972}

FACTOR

23-1852 PROTON-PROTON AND PROTON- LATTICE INYERACTiONS I N ICE. GOSAR P P ; 0 1 - 1 5 O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, R I E H L N § B U L L E M E R B + ENGELHA/tDT E ( E D S ) , P L E N U M , 1969. 23-1853 LOW TEMPERATURE DIELECTRIC CELL O F H E X A G O N A L I C E T O 2 K. GOUGH SR CAN J CREM 50:3046-51 (1972)

AND

PERMITTIVITY

23-1854 DIELECTRIC BEHAVIOR OF CUBIC AND HEXAGONAL AT LOW TEMPERATURES. G O U G H S R § D A V I D S O N DW J C H E M P H Y S 5 2 ( 1 0 ) : 5 4 4 2 - 9 (1970}

ICES

23-1855 L A T T I C E D Y N A M I C S O E H E X A G O N A L ICE. GOVINDARAJAN J + BARIDASAN TM P 1 0 3 - 8 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L E Y E § J O N E S S J § G O L D W (EDS}, R O Y A L S O C C A N A D A , 1973, 405P. 23-1856 R E V I E W O N p R O B L E M S O F T H E P H Y S I C S OF iCE. GRANICHER H P I - 1 8 O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, R I E H L N § BULLEMER B + ENGELHARDT H(EDS), PLENUM, 1969.

23-1863 D E U T E R O N A I h ~ A N G E M E N T S I N T H E H I G H PRESSUP~E F O R M S O F ICE. H A M I L T O N ~ C + K A M B B § L A p L A C A S J + PRA/(ASH A P 4 4 - 5 8 OF I R T S y M P O N P H Y S I C S O F ICE, 1968, R I E H L N § H O L L E M E H B * E N G E L H A R D T H (EDS), P L E N U M , 1969. SINGLE CRYSTAL X-RAY DIFFRACTION STUDY OF WATER, HEAVY WATER, AND WATER (OXYGEN-18) HEXAGONAL ICE. H A N D L E R ES B R O O K L Y N P O L Y T E C H I N S T P H D T H E S I S , 1968, I08P. CA 70:062095 SLOW NEUTRON INELASTIC SCATTERING STUDY W A T E R A N D iCE. HAP.LING OK; J C H E M P H Y S 5 0 ( 1 2 ) : 5 2 7 9 - 9 6 CA 71; 042436

OF LIGHT (1969)

23-1864 M O L E C U L A R F O R C E S O F H E A V Y A N D L I G H T ICE. NELMREICH D 9279-83 OH NUSIMOVICl MA(ED}, PHONONS, PARIS, FLAMMARiON, 1971, 502P. CA 79:036600 23-1865 IMPERFECTION-INDUCED P H A S E TPJ%NSFOP/~ATION I N H E A V Y W A T E R I C E - I (H) . HELMREICH D P291-4 OF PHYSICS AND CHEMISTRY OF ICE, WHALLEY E § J O N E S S J § G O L D W (EDS}, R O Y A L S O C C A N A D A , 1973, q 0 5 P . 23-1868 ELASTIC ANOMALIES OF ICE AT LOW TEMPERATURES. HKLMREI CH D P 2 3 1 - 8 O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, R I E H L N § E U L L ~ M E R B § E N G E L H A R D T H (EDS), p L E N U M , 1969.

23-1857 E V A L U A T I O N O F D I E L E C T R I C D I S P E R S I O N D A ~ A . (OF ICE) GRANICHER H P 5 2 7 - 3 3 OF I N T S y M P O N P H Y S I C S O F ICE, 1968, HIEHJL N § B U L L E M E R B § E N G E L H A ~ D T B ( E D S ) , P L E N U M , 1969.

23-1867 MECHANICAL PROPERTIES OF ICE SINGLE CRYSTALS. HIGASBI A p 1 9 7 - 2 1 2 O F L N T S y M P O N P H Y S I C S O F ICE, 1968, R I E H L N + H U L L E M E R B + E N G E L H A R D T H (EDS), P L E N U M , 1969.

23-1858 INTERPRETATION OF THE PRESSURE DEPENDENCE OF PROPERTIES CONTROLLED BY LATTICE DEFECTS. (ICE) GRANZCHER B P 5 3 ~ - ~ 0 O F L H T S Y M P O N P H Y S I C S O F ICE, 1968, RIEHL N + BULLEMER B * ENGELHARDT N(EDSJ, P L E N U M , 1969.

23-1868 PHASE T~SITION i N ICE. NIGASHI A J C R Y S T A L L O G R S O C J A P I~: 2 7 4 - 8 5 JAPANESE)

23-1859 RELAXATION OF MHONIUM SPIN IN ICE OF NORMAL HEAVY WATER. G U R E V I C B II + M E L E S B E O E A + M U R A T O V A I A + NIKOLSKII BA * ROGANGV VS + SELIVANOV VI J E T P L E T T 1 8 ( I 0 ) : 3 5 7 - 9 (1973) CA 80:054912 23-1860 S O M E E X P E R I M E N T S O N T H E R E G E L A T E O N O F ICE. HAHNE E § GRIGULL U P 3 2 0 - 8 O F I N T S Y M P O N P H Y S I C S O F ICE. 1968, R I E R L N § B U L L E M E R B + ENGELNA~RDT H ( E D S } , P L E N U M , 1969.

AND

(1972)

(IN

23-1869 X-RAY STUDIES ON LATTICE DEFECTS IN ICE CRYSTALS. HIGASHI A + FUKUDA A N I P P O N E B S S H O G A K K A I S H I 13(2}: 5 8 - 6 7 (1971) JAPANESE) C A 75: 123091

GIN

23-1870 S T R E N G T H O F ICE S I N G L E C R Y S T A L S I N R E L A T I O N T O THE DISLOCATION STRUCTURE. H I G A S R I A + M A E S § FLrKUDA A P 7 8 4 - 9 O F I N T C O N E O N T H E BTPJ~.~GTB O F M E T A L S A N D A L L O Y S , 1967 P R O C , J~JP I N S T META/,S, 1968, 1049P.~ (TRANS J A P I N S T M E T A L S , V O L 9, SUPPL) C A 71: 1 1 7 2 6 4

720

Bibliography on Physical and Chemical Properties of Water: 1969-1974

23-1871 A STUDY OF BROUT'S MODEL FOR FE~ROELECTRICS. I N V E S T I G A T I O N O N HEXAGOSh%L ICE. HIPOLOTO 0 9 LOBO R F E R R O E L E C T R I C S I: 169-75 (1970) 23-1872 S U R F A C E D I F F U S I O N AT T H E ICE- A I R INTERFACE. BOBBS PV 9 SCOTT WD J C O L L O I D I N T E R F A C E SCI 25(2): 2 2 8 - 3 0 (1967) C A 69: 2 2 3 0 6 F 23-1873 S Y M M E T R Y OF H Y D R O G E N B O N D S O N ICE-VII. HOLZAPFEL W J C H E M PHYS 56(2): 7 1 2 - 1 5 (1972) 23-1874 S U R F A C E S T R U C T U R E OF ICE S T U D I E D BY P R O T O N CHANNELING. HUBEP H + JACCARD C + ROULET M P 1 8 9 - 9 3 OF C O N F O N A T O M I C C O L L I S I O N S IN SOLIDS, 4 T H PROC, 1972. CA 8 1 : 1 7 8 1 7 1 23-1875 T R A N S P O R T P R O P E R T I E S OF ICE. JACCARD C P25-64 OF WATER AND AQUEOUS SOLNTIONS: STRUCTURE, THERMODYNAMICS, AND TRANSPORT P R O C E S S E S , H O R N E RA(ED), WILEY, 1972. 23-1876 STRUCTURAL INFORMATICN FROM DIELECTRIC P R O P E R T I E S O F ICE. JACCARD C P 4 1 0 - 2 5 O F INT S Y M P O N S T R U C T U R E O F W A T E R A N D A Q U E O U S S O L U T I O N S , L U C K W A P ( E D } , V E R i A G CHEMIE, 1974. 23-1877 E L E C T R I C A L P R O P E R T I E S O F ICE. JACCARD C P 2 2 4 - 3 9 OF INT S Y M P W A T E R D E S A L I N A T I O N , PROC, V O L I (1965) C A 69: 6 2 4 9 6 Z

IST

23-1878 CHANNELING OF HYDROGEN(*}, DEUTERIHM(+), AND HELIUM(§ I N ICE: S U R F A C E D I S O R D E R A N D C H L O R I N E LOCATION. JACCARD C § ROULET M P 1 3 7 - 9 O F P H Y S I C S A N t C H E M I S T R Y O F ICE, W H A L L H Y E + J O N E S SJ + G O L D W (EDS}, R O Y A L S O C CANADA, 1973, ~05P. T H E I C E INTERFACE. J E L L I N E K H H G j P 6 5 - 1 0 8 OF W A T E R A N D A Q U E O U S SOLUTIONS: S T R U C T U R E , T H E R M O D Y N A M I C S , AND T R A N S P O R T P R O C E S S E S , H O R N E RA(ED), WILEY, 1972. 23-1879 L I Q U I D - L I K E (TRANSITION) L A Y E R O N ICE. JELLINEK HBG J C O L L O I D I N T E R F A C E SCI 25 (2): 192-205 C A 69: 2 2 2 5 8 S

(1967)

23-1880 D I P O L A R R E L A X A T I O N A T L O W T B M P E R A T D R E OF ICE S I N G L E CRYSTAL. JENEVEAU A 9 SIXOU F S O L I D S T A T E C O M M S N 10: 191-q (1972} 23-1881 ELECTRICAL BEHAVIOR OF ICE AT LOW TEMPEEATURHS. FERROELRCTRICITY AND SPACE CHARGE. JENEVEAU A § SLXOU P + D~BAS F P H Y S K O N D E N S MATER, P N Y S M A T E R C O N D B N S E E ~4: 2 5 2 - 6 ~ (1972} (IN FRENCH) 23-1882 O R I E N T A T I O N A L O R D E R IN ICE-I, ICE-V, A N D ICE-VI. J O B A ~ I GP § W H A L L E Y E P 2 7 8 - 8 2 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W R A L L E Y E 9 J O N E S SJ ~ G O L D W (EDS), R O Y A L S O C CANADA# 1973, 485P.

23-1883 D I S L O C A T I O N S IN ICE O B S E R V E D BY X - R A Y TOPOGRAPHY. J O N E S S J + G I L R A NK P 3 4 ~ - 9 O F P H Y S I C S A N D C H E M I S T R X O F ICE, W H A L L E u E # J O N E S HJ * G O L D W (EDS), R O Y A L SOC CANADA, 1973, q05P. 23-1884 IMPURITY BFEs ON T H E P b A S T L C I T Y O F I C E A N D T H E I R E X P L A N A T I O N IN T E R M S O F H Y D R O G E N REORIENTATION. JONES HJ + GLEN JW P 2 1 7 - 2 2 O F I N T S Y M P O N P H Y S I C S OF ICE, 1968, R I E B L N + B U L L E M E B B + E N G E L H A R D T H(EDS), PLENUM, 1969. 23-1885 D I S P E R S I O N P ~ L A T I C N S IN ~ E A V y ICE. JOVIC D + DAVIDOVIC M + ZIVANOVIC M P H Y S L E T T A 42(7): 5 0 9 - 1 0 (1973) CA 78:102974 23-1886 E X P E R I M E N T A L A N D T H E O R E T I C A L S T U D I E S ON T H E DC C O N D U C T I V I T Y OF ICE. KAHANE A P 4 4 3 - 9 OF I N T S Y M P O N P H Y S I C S O F ICE, 1968, R I E H L N § B U L L E M E R B * E N G E L H A R D T H(EDS), PLENUM, 1969, 23-1887 C R Y S T A L L O G R A P H Y OF ICE. KAMBB P28-41 O F P H Y S I C S A N D C H E M I S T R Y OF ICE, W H A L L E Y E + J O N E S S J § G O L D W (EDS), R O y A L S O C C A N A D A , 1973, ~05P.

23-1888 S T R U C ~ I R E O P T H E ICES. KAMBB P 9 - 2 ~ O F W A T E R A N D A Q U E O U S SOLUTIONS: H T B ~ C T U H E , T H E R M O D Y N A M I C S , A N D T R A N S P O R T PROCESSES, B O R R E RA(ED), WILEY, 1972. 23-1889 S T R U C T U R E S O F T H E F O R M S O F ICES. (ICE-Ii, ICE-VIII, ICE-IX FULLY ORDERED ANTIFERROELECTRIC STRUCTURES) KAMBB INT CONGRCRYSTALLOGR, 8TH, 1969, NY, A B S T R A M E R I N S T PHYS, 1969. ICE P O L Y M O R P H I S M A N D T H E S T R U C T U R E O F WATER. K A M B B P 5 0 7 - 4 2 O F S T R D C T C H E M M O L BIOL, R I C H A(ED) F R E E M A N , 1968, C A 69: I00654J 23-1890 S T R U C T U R E O F ICE-III. KAF~B B 9 P R A K A S H A ACTACRYSTALLOGR, S E C T B 24(2): C A 69: 9 0 9 3 5 K

1317-27

(1968)

D I S T R I B U T I O N F U N C T I O N A N D A N G U L A R D E F O R M A T I O N OF A MODEL RELATED TO VITREOUS ICE AND LIQUID WATER. K I L L G ~ J P H Y S C H E M 52(I0): 1945-53 (1974) C A 81: 3 0 7 1 6 C 23-1891 P R O P E R T I E S OF T R A P P E D A N D M O B I L E E L E C T R O N S I N P U R E ICE A N D IN A L K A L I N E ICE, KEVAH L P 1 5 6 - 6 0 O F P H Y S I C S A ~ D C H E M I S T R Y O F ICE, W H A E L E Y E + J O N E S S J + G O L D W (EDS)# R O Y A L S O C CANADA, 1973, ~05P. 23-1892 R A D I A T I O N C H E M I S T R Y O F F R O Z E N A Q U E O U S SOLUTIONS. KEVANL USAEC, 1967, 99P. C 0 0 - 1 5 2 8 - 1 8 C A 69: ~ 0 0 5 8 F

Section 23. Other Properties of Ice

721

23-1893 O P T I C A L A D S O R P T I O N S P E C T R U M OF T R A P P E D D I E L E C T R O N S IN A L K A L I N E ICE. KEVAN L + RENNEKE DR + FRIAUF RJ S O L I D S T A T E C O M M U N 6 (7): 4 6 9 - 7 1 ({968) C A 69: 5 5 9 6 1 U

23-1904 DETECTION AND BEHAVIOR OF FREE WATE~ MOLECULES I N ICE. LE PETIT JP + LAFARGUE C C O M P T R E N D B 2 7 3 ( 1 2 ) : ~ 2 1 - 4 (1971) (IN F R E N C H ) CA 75:1559~5

23-1894 A B S O R P T I O N S P E C T R U M O F NEUTP.AL C E Y S T A L L I N E ICE GA~tMA iP~qADIATED AT' - 1 9 6 D E G R E E S . KNODZHAEV OF + ERSHOV BG + PIKAEV AK I Z V A K A D N A U K S S S R S E N K H I M (2): 2 4 6 - 9 (1968) (IN R U S S I A N ) C A 69: 1 % 4 2 6 E

23-{905 DEMONSTRATION AND B~HAVIOR OF FREE WATER MOLECULES AND INTERSTITIAL SOLUTION IN ICE FORMED IRREVERSIBLY FROM AQUEOUS SALINE SOLUTIONS. LE PETIT JP C O M P T R E N D B 274 (23): 1 2 7 0 - 3 (1972} (IN F R E N C H ) CA 77:106127

23-1895 THERY~%~ C O N D U C T I V I T Y O F I C E S I N G L E C R Y S T A L S A T LOW TEMPERATURES. KLINGER J P 1 1 % - 1 6 O F P H Y S I C S A N D C H F ~ I S T R Y D E iCE, W H A L L E Y E § J O N E S S J 9 G O L D W (EDS), R O Y A L S O C C A N A D A , Ig73, ~05P. 23-1896 CALCULATION OF SURFACE FREE ENERGY COMPONENTS ICE ACCORDING TO ITS WETTABXLITY BY WATER, C H L O R O B E N Z E N E , A N D C A R B O N DISUI~FIDE. KLOUBEK J J C O L L O I D I N T E R F A C E SCI 4 6 ( 2 ) : 1 8 5 - 9 0 (1974) C A 80: 0 7 4 5 4 0

OF

23-1897 RAMAN SPECTRUM OF THE TRANSLATIONAL LATTICE VIBRATIONS OF ICE-I(N). KLUG HD + WHALLEy E P87-92 OF PHYSICS AND CHEMISTRY OF ICE, WHALLEY E + J O N E S S J 9 S O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P. EXPERIMENTS ON THE CONTACT ANGLE OF ~ATER ON ICE. K N I G H T CA; P H I L M A G 2 3 ~ 1 8 1 ) : 1 5 3 - 5 5 ~1971~ CA 74:068099 23-1898 H E X A G O N A L T W I N P R I S M S O F ICE. KOBAYASHI T + OETAKE T J A T M O S SCI 3 1 ( 5 ) : 1 3 7 7 - 8 3 (1974) C A 81: 1 1 2 0 6 0 Y 23-1899 SURFACE FEATURES OBSERVED DURING THERMAL ETCHING O F ICE. KRAHSZ AS + GOLD LW J C O L L O I D I N T E R E A C E SCI 25(2): 2 5 5 - 6 2 (1967) C A 69: 6 2 2 2 5 K 23-1900 E F F E C T O F S T R A I N RATE A N D T E M P E R A T U R E ON THE MICROSTRUCTHRE OF POLYCRYSTALLINE ICE. KUON LG + JONAS JJ P370-6 OF PHYSICS AND CHEMISTRY OF ICE, WHALLEY E § J O N E S S J § S O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P. 23-1901 SIMULATION OF CONFORMATIONAL TRANSFORMATICNS OF ICE (TRIDYMIT~} STRUCTURE FRAGMENTS CONTAINING SIX-MEMBERED RINGS IN BOAT FORM. KUTKOV AA + SECHEGOLEV VA ZH S T R U K T K E I M 15(4): 5 8 7 - 9 2 (1974) (IN R U S S I A N ) C A 81: 1 7 8 2 9 7 23-1902 C R E E P M ~ C H A N I S M I N ICE. LANGDON TG P 3 5 6 - 6 9 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W E A L L E Y E + J O N E S $ J * G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P. 23-1903 NETWORK GEOMETRY OF VEINS IN POLYCRYSTALLIN~ ICE. L A N G H A M EJ C A N J E A R T H SCI I{(9): 1 2 7 ~ - 9 (1974) C A 81: 1 4 2 0 8 2 Z

23-{906 M I C R O W A V E D I E L E C T R I C S T U D Y O F ICE. LE PETIT JP P 2 0 ~ - 7 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L E Y E 9 J O N E S B J § G O L D W (EDS), R O Y A L B C C C A N A D A a 1973, ~ 0 5 P . 23-1907 STRUCTURE OP ICE GROWN FROM DROPLET ACCRETION AND ~OLIDIFICATION PROCESSES LEVI L § DE ACHAVAL EM 9 LUBART L J C R Y B T G R O W T H 22 (4): 3 0 3 - 1 0 (197~) C A 81: 6 9 4 5 2 P 23-1908 ICE, FERRC-- A N D A N T I F E R R O E L E C T R I C S . L I E B EH P21-8 OF BOWCOCK JE(ED), METHODS AND PROBLEMS T H E O R P H Y S , N O R T H H O L L A N D , 1970, 440P. PHYSICS WEALLEY SOCIETY

A N D C H E M I S T R Y O F ICE. E + J O N E S S J + G O L D W CEDE) O F C A N A D A , 1973, q05P.

ROYAL

23-1909 VOID FORMATION DURING NGNEASAL GLIDE SINGLE CRYSTALS UNDER TENSION. MAE S P H I L M A G 1 8 ( 1 5 1 ) : 1 0 1 - 1 4 (1968) C A 69: 3 9 ~ 9 C

IN ICE

23-1910 M E A S U R E M E N T S O F S U R F A C E A N D VOLUM/~ CONDUCTIVITIES OF SINGLE ICE CRYSTALS. MAENO N P 1 4 0 - 3 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, N H A L L E Y E + J O N E S S J § G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, %05P. 23-1911 NUCLEI OF TYNDALL FIGURES AND SURFACE ICE. MAENO N C A N J P E Y S 4 6 ( 4 } : 3 1 3 - 1 5 (1968) C A 69: 7 1 0 6 6 M

MELTING

OF

23-1912 CHARGE AND POLARIZATION STORAGE IN ICE CRYSTALS. MASCARENHAS S P ~ 8 3 - 9 1 D E I N T S Y M P O N P H Y S I C S O F ICE, 1968, RIEHL N + BULLEMER B + ENGELHARDT ~(EDS|, P L E N U M , 1969. 23-1913 REL/C~ATIONAL PROTON ORDERING IN TWO-DIMENSIONAL AND THREE-DiMENSIONAL ICES. MATSUO T + OGUNI M + HA/HA O § SOGA H + SEEI S P 2 7 2 - 7 O F P H Y S I C S A ~ D C H E M I S T R Y O F ICE, W H A L L E Y E + J O N E S S J + G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P. INTERPRETATION OF THE SPECTRA OF ICE AND WATER IN THE REGION OF VALENCE AND DEFORMATION VIBRATIONS. M I K H A I L O V B A + Z O L O T A R E V VM; S T R U K T R O L V O D Y ZHIVOM ORGANIZME NO 2:43-51 (1968} C A 72: 0 1 6 9 7 4

722

Bibliography on Physical and Chemical Properties of Water: 1969-1974

23-1914 F A R U L T R A V I O L E T S P E C T R U M O F ICE. MI N T O N A P J P E T S C H E M 7 5 ( 8 ) : 1 1 6 2 - 4 (1971) CA 75:012851

23-1925 EFFECT OF IMPURITIES ON THE MECHANICAL PROPERTIES OF ICE SINGLE CRYSTALS. NAKAMURA T + JONES SJ C A N I N L A N D W A T E R S DIR, S C i S E E N O 29, 29P, C A 81: 1 7 8 1 7 3

23-1915 ELASTIC CONSTANTS OF HEAVY WATER ICE AND V ~ R I A T L Q N O F INTEEMOLECULAR F O R C E S O ~ DEUTERATION, MITZDORF U + EELMREICH D J A C O U S T S O C A M E R q9 (3) (PT 2): 7 2 3 - 8 (1971| CA 75:010384

23-1926 L O C A L L Z E D E X C E S S E L E C T R O N S I N W A T E R A N D LCEo I C E C A V I T Y M U D E L F O R T H E IX)C2%LIZED E L E C T R Q N A N D TEE MICROSCOPIC RELAXATION TIME. NILSSON G J C ~ 2 4 P H Y S 56(7): 3 ~ 2 7 - 3 4 (1972) CA 76:117611

23-1916 X-RAY TOPOGRAPHIC OBSERVATION OF DEFECTS IN ICE CRYSTALS. MIZUNO y T E I O N KAGAKU BUTSURI-ELEN NO 3 1 : 1 7 - 3 1 (1973) (IN JAPANESE) C A 81: 8 3 1 0 0 D 23-1917 POSITRONIUM INTEP~CTION WITH DEFECT AND I M P U R I T I E S I N ICE. MOGENSEN OE + FEDRER M P 1 6 5 - 7 ~ O F P H Y S I C S A N D C H E M I S T R Y O E ICE 9 WHA[LLEY E + J O N E S S J + G O L D W (EDS), R O Y A L S O C C A N A D A , 1 9 7 3 . ~O5P. "

23-1918 POSITROB ANNIHILATION IN THE WATER- ICE SYSTEM. N O G E N S E N OE P 1 7 1 - 7 OF I N T S Y M P O N P H Y S I C S O F ICE, 1968, RIEHL N + BULLEMER B + ENOELHARDT U(EDS)# PLENUM, 1969. 23-1919 ANGULAR COR~TION OF ANNIHII~TION ICE SINGLE CRYSTALS. MOGENSEN OE + KVAJIC G @ ELDRUP M + MILOSEVIC-KVAJIC M P H Y S R E V B ~: 7 1 - 3 (1971)

PROTONS

197~.

IN

23-1920 CONDUCTIVITY AND DIPOLAR RELAXATION iN DOPED SINGLE CRYSTALS. MOUNIER S + SiXOU P P 5 6 2 - 7 0 O F I N T S Y M P O N P H Y S I C S O F ICEw 1968, RIEHL N * BULLEMER B + ENGELHARDT E(EDS) 9 P L E N U M , 1969.

ICE

23-1921 INFLUENCE OF THE SURFACE LAYER ON ~SE PLASTIC DEFORMATION OF i C E S I N G L E C R Y S T A L S . MUGURUMA J P 2 1 3 - 1 6 O F I N T S Y M ~ O N P H Y S I C S O F ICE, 1968, RIEHL N + BULLEMER B + ENGELHARDT H(EES), P L E N U M , 1969.

23-1922 IMPROVED CALCULATIONS OF THE DIELECTRIC CONSTANT O F ICE. NAGLE JF P 1 7 5 - 8 O F P H Y S I C S A N D CHEMLISTRY O F ICE 9 N H A L L E Y E + J O N E S S J + G O L D N (EDS) 9 R O Y A L S O C C A N A D A 9 1973t 905E. 23-1923 D I E L E C T R I C C O N S T A N T O F ICE. HAGLE JF J CHF/4 P H Y S 6 1 ( 3 ) : 8 8 3 - 8 (197,} C A 81: I ~ 2 7 6 9 D 23-192q P H O N O N S P E C T R U M A N D THEP/4AL N E U T R O N S C A T T E R I N G I N L I G H T W A T E R ICE. NAKAHARA y J N U C L SCI T E C H N O L (TOKYO) 5 ( 1 2 } : 6 3 5 - 4 2 (1968); N I P P O N G E N S H I R Y O K U KENK'~USHO K E N K Y D H O K O E U (JAERL 1 1 8 1 ) : 9 0 - q (1969) C A 71: 0 1 7 6 0 9 ; C A 7~: 1 0 5 9 7 6

23-1927 TRANSIENT ELECTRONS IN pUlSE TRRADIATED C R Y S T A L L I N E W A T E R A N D D E U T E R / U M O X I D E ICE. NILSSON G + CHRISTENSEN KC + PAGSBERG p + NIELSEN SO J P E T S C H E M 76(7): 1 0 0 0 - 8 [1972) CA 76:119850 23-1928 PULSE RADIOLySIS OF ICE AND FROZEN HYDROGEN FLUORIDE SOLOTIONS. NILSSON G + CHRISTENSEN HC 9 FENGER J + PAGSBERG P + NIELSEN SO P 7 1 - 8 O F I N T C O N E O N R A D I A T I O N C H E M I S T R Y 1968 P A P E R S , A M E R C H E M S O C A D V A N C H E M S E R I E S N O 81,

(1968) C A 69:

63521R

23-1929 THERMAL HEFECTS OF THE TRANSFORMATION ICE~III-IX. NISHIBATA K + WEALLEY E J C H E M P H Y S 6 0 ( 8 ) : 3 1 8 9 - 9 4 (197q| C A 81: 6 9 3 2 6 A 23--~930 INFLUENCE OF pLASTIC DEFORMATION ON THE E L E C T R I C A L P R O P E R T I E S O F I C E - I (H) S I N G L E CRYSTALS. NOLL G P 3 5 0 - 5 O F p H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L E Y E + J O N E S S J + G O L D W (EDS) 9 R O Y A L S O C C A N A D A , 1973 9 405P. 23-1931 MOTION OF ICE PAST O~TACLES. NYE JF P 3 8 7 - 9 4 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L E Y E + J O N E S S J + G O L D ~ (EDS) 9 R O Y A L S C C C A N A D A w 1973, q05P. 23-1932 FRICTION 9 DEFORMATIOn, AND REC-RySTALLIZATION OF S I N G L E C R Y S T A L S O F I C E - I (H) U N D E R S T R E S S . O F F E N B A C H E R EL + R O S E L M A N I C + T A B O R D P 3 7 7 - 8 1 O F P H Y S I C S A N D CHEPLESTRY O F ICE~ W H A I ~ E y E § J O N E S S J + G O L D W (EDS} 9 R O Y A L S O C C A N A D A , 1973 9 q05P~ 23-1933 STACKING FAULT IMAGES IN AMMONIA DOPED ICE CRYSTALS REVEALED BY X-RAY DIFFRACTION TOPOGBAEEu OGURO M + HIGASHI A B338--~3 O F P H Y S I C S A N D C H E M I S T R Y O F ICE 9 W H A L L E Y E + J O N E S S J + G O L D W (EDS) 9 R O Y A L S O C C A N A D A , 1973, ~O5P. VACUUM ULTRAVIOLET ABSORPTION SPECTRA OF LIQUID W A T E R A N D ICE. ONAKA R + TAKAHASHI T J PHYS SOC JAB 2~(3}: 5 q 8 - 5 0 (1968) C A 69: ~ 7 8 5 ~ W 23-193q CH~CTER/STIC ELECTRON ENERGY LOSSES B E N Z E N E A N D ICE. OTTO A + LYNCH MJ A U S T J P B Y S 23(4): 6 0 9 - 1 2 (1970) C A 73: 0 8 2 2 8 7

OF SOLID

Section 23. Other Properties of Ice

723

23-1935 I C E IN A S T R O N O M Y . OWEN T P 1 1 7 - 2 6 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L E Y E + J O N E S S J 9 G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P.

23-1946 L A T T I C E D Y N A M I C S O F I C E - i (H|. R E N K E R KB P 1 6 7 - 7 0 O F N U S I M O V I C I M ( E D ) , PHONONS, RENNES, 1971 PROC, F L A M M A R I O N . pARIS, 502P.

23-1936 S Y M M E T R Y A N A L Y S I S A N ~ E L E C T R O N I C S T A T E S IN C U B I C ICE. PASTORI-PARRAVICINI G § RE$CA L J PSYS C g: L 3 1 4 - 1 7 (1971)

23-1947 L A T T I C E D Y N A M I C S OF ICE. R E N K E R KB + VON B L A N C K E N H A G E N p P 2 8 7 - 3 0 4 O F INT S Y M P O N P H Y S I C S O F ICE, 1968, R I E H L N + B U L L E M E R B 9 ENGELH/LRDT H(EDS), PLENUM, 1969.

23-1937 S P E C I F I C H E A T O F PUR,E A N D D O P E D I C E N E A A 120 D E G R E E S K. PICK MA + WENZL H + ENGELHARDT H Z N A T U R F O R S C H A 26: 810-14 (1971) 23-1938 F R E Q U E N C Y D I S T R I B U T I O N O F I C E BY N E U T R C N SCATTERING. PRASK HJ + BOUTIN H § FIR S P 2 6 5 - 7 6 O F D E V E L O P A P P L S R E C T R O S C , V O L 16, P L E N U M , ~968. C A 69: I00552Z 23-1939 ICE-I: L A T T I C E D Y N A M I C S A N D I N C O H E R E N T N E U T R O N SCATTERING. P R A S K H J + T R E V I N O SE 4 G A U L T J D § L O G A N KW J C H E M PHYS 5 6 : 3 2 1 7 - 2 5 (1972)

23-19~0 S T R U C T U R A L S T U D I E S O F I C E B O L Y M O R P H S HY N E U T R O N DIFFRACTION, PROTON AND DEUTERON NUCLEAR MAGNETIC RESONANCE. R A B I D E A U SW 9 F I N C H ED P59-80 OF INT SY~ O N P H Y S I C S O F ICE, 1968. R I E H L N * EULI~24ER B + E N G E L H A R D T H ( E D S } 4 PLENUM, 1969. 23-1941 N U C L E A R M A G N E T I C R E S O N A N C ~ S T U D I E S OF B R O Z E N AQUEOUS SOLUTIONS. RAMIREZ JE * CAVANAUGE J~ § PURCELL JM J P H Y 5 C H E M 78(8): 807-10 (1974) C A ~I: 6 7 9 7 J B R O A D B A N D C O M P L E X R E F R A C T I V E I N D I C E S OF ICE A N D WATER. R A Y SR A P B L O P T 11(8): 1836-44 (1972} 23-19~2 THERM2LLIZATION O F N E U T R O N S IN Z I R C O N I U M H Y D R I D E A N D ICE. HEICHARDT W P 4 1 1 - 3 7 OF S Y M P O N N E U T R O N T H E R M R E A C T O R S P E C T R A . 1967, V O L 2. IAEA, V I E N N A , 1968. C A 69: 8 2 6 7 3 H 23-19~3 CHARGE SEPARATION IN ICE NEEDLES CONTAINING N I T R A T E IONS. R E I T E R R § CA/%NUTH W P 6 1 1 - 1 9 OF I N T S Y M P O N P H Y S I C S O F ICE, 1968, RIEHL N § BULLEMER B + ENGELHARDT H(EDS), PLENUM, 1969. 23-194~ P H O N O N D I S P E R S I O N IN H E A V Y W A T E R ICE. R E N K E R KB P H Y S L E T T A 30(9}: 493-4 (1969) C A 72: 0 7 1 6 3 8 23-1945 L A T T I C E D Y N A M I C S O F H E X A G O N A L ICE. R E N E E R KB P 8 2 - 8 6 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L E Y E + J O N E S S J + G O L D W (EBS), R O Y A L S O C C A N A D A , 1973. 405P.

PHYSICS RIEHL N PLENUM, CA

OP ICE. + BULLEMER B § ENGELHARDT H 1969. 81: 42733

I N T CONF, 1971,

(EDS)

23-1948 D I F F U S I O N A N D R E L A X A T I O N P H E N O M E N A I N ICE. RUNNELS LK P 5 1 4 - 2 6 C E INT S Y M P O N P H Y S I C S O F ICE, 1968, R I E H L N + B U L L E M E R B + E N G E L B A B D T H(EDS), PLENUM, 1969. 23-1949 M O L E C U L A R O R B I T A L S T U D I E S O N ICE-I(H). S A N T R Y DP P 1 9 - 2 2 OF p H y S I C S A N D C H E M I S T R y O F ICE, W H A L L E Y E + J O N E S S J + G O L D W (EDS}, R O Y A L S O C C A N A D A , 1973, 405P. 23-1950 M O L E C U L A R O R B I T A L S T U D I E S O N XCE-II. S A N T R Y DP CHEM PHu L E T T 27(~): a 6 4 - & (197~) C A 81: 1 5 ~ 0 7 3 V 23-1951 O P T I C A L C O N S T A N T S OF I C E IN T H E INFP.ARE~. SCHAAF JW + WILLIAMS D J O P T S O C A/~ER 63(6): 7 2 6 - 3 2 (1973) 23-1952 G E N E R A T I O N OE L A R G E N U M B E R S OF I C E C R Y S T A L S IN AN E L E C T R I C FIELD. SCHAEFER VJ J A P P L M E T E O R O L 7(3): 452-5 (1968} C A 69: 1 2 1 7 3 W 23-1953 THERMAL FREE CONVECTION FROM AN ICE SPHERE IN WATER. SCHENK J 9 SCHENKELS FAM A P P L SCI R E S 19(6): ~65-76; 21(5): 388 (1969} C A 72: 10470~ 23-195~ D E U T E R O N N M R R E L A X A T E O M I N ICE-I |H). SCHMIDT HV P 2 1 2 - 1 7 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L E Y E + J O N E S S J + G O L D W (EDS) 9 R O Y A L S O C CANADA, 1973. a05P. 23-1955 N M R I N V E S T I G A T I O N S O F I C E CRYSTALS. P;~RT-I: P R O T O N M A G N E T I C R E S O N A N C E I N W A T E R ICE. PART-2: D E U T E R O N S P I N L A T T I C E R E L A X A T I O N IN H E A V Y W A T E R ICE. SCHMIDT HV P 2 2 3 - 3 1 , 232-7 O F A M P E R E I N T S U M M E R SCHOOL, 2ND, 1971, P U L S E D M A G N E T I C A N D O P T X C R E S O N A N C E , B L I N C R(ED}, I N S T J O Z E F STEFAN. L J D B L J A ~ A , Y U G O S L A V I A , 1972. C A 77: 120516 23-1956 FRICTION OF EFFECT. S C N U L Z HH + WEAR 11(1): C A 69:

ICE O N S O L I D S A S A REId%RATION RNAPPWOST A 3-20 (1968) 30321X

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23-1957 I M P U R I T Y S T A T I S T I C S IN ICE. SEIDENSTICKER RG + LONGINI RL P471-82 OF INT SYMP ON PHYSICS OF RIEHL N § BULLEMER B + ENGELHARDT P L E N U M , 1969.

23-1968 TRANSIENT SOLVATEE ELECTRON HYDROXYL, AND HYDROPEROXY RADICALS IN PULSE IRRADIATED C R Y S T A L L I N E ICE. TAUH IA + EIBEN K J C H E M P H Y S 49(6): 2 4 9 9 513 (1968} C A 69: 1 0 1 7 2 3 T

ICE, 1968, H(EDS)#

23-1958 INFLUENCE OF IMPURITIES ON THE ORDER- DISORDER R E A C T I O N I N H E X A G O N A L I C E - I (H). SESSELMANN I + HELMREICH D Z N A T U R F O R S C H A 26: 8 0 3 - 9 (1971} (IN G E R M A N ) 23-1959 ATOMIC VIBRATIONS IN ORIENTATIONALLY DISORDERED S Y S T E M S . PA/~T-I: A T W O D I M E N S I O N A L M O D E L . (ICE-I} SHAWYER RE + DEAN P J PHYS C 5:1017-27 (1972) 23-1960 ELECTRIC IN P U R E DIPOLAR SIXOU P P295-302 WHALLEY CANADA,

POLARIZATION AND DEPOLARIZATION EEEECTS AND DOPED ICE AT LOW TEMPERATUEE: RELAXATION AND FERROELECTRICITY. 4 JENEVEAU A O F P H Y S I C S A N D C H E M I S T R Y OF ICE, E + J O N E S S J + G O L D W (EDS), R O Y A L S O C 1973, ~05P.

23-1961 N A T U R E O F T H E H Y D R O G E N BOND. (IN ICE) STATZ G + LIPPERT E P 1 5 2 - T Q O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, RIEHL N § BULLEMER B + ENGELHARDT B{EDS), P L E N U M , 1969.

23-1971 D I E L E C T R I C C O N S T A N T O F P U R E ICE-I(H| S I N G L E CRYSTALS. TAUBENBKRGER R HELV PHYS ACTA 45:881 (1972} (IN G E R M A N }

23-1973 S T R O N G C O L L I S I O N LIM-~T O F S P I N L A T T I C E R E L A X A T I O N I N HEXAGONA~L ICE. V A L I C M I + G O R N O S T A N B K u S + P Z N T A R ~LM CHEM PHYS LETT 9:362-4 (1971)

CA/-ORIM-ETRIC S T U D Y O F T H E GIBiSSY S T A T E , p A R ~ - 4 : H E A T C A P A C I T I E S O F G L A S S Y W A T E R A N D C U B I C ICE. SUGISAKI M + SUGA H * SEKI S BULL CHEH SOC JAP 41 (11) : 2 5 9 1 - 9 (1968) C A 70: 0 3 2 1 4 9 23-1963 ELECTRIC RESONANCE: APPLICATION TO THE HYDROGEN B O N D . (ICE) SUSSMANN JA P 5 4 1 - 5 O F I N T S Y M P O N P H Y S I C S O F iCE, 1968, RLEBL N + BULLEMEB E + ENGELHARDT B(EDS}, P L E N U M , 1969. 23-1964 PAULING ENTROPY OF A FINITE ICE CRYSTAL. SUZUKI V TEION ~AGAKU A 24:19-39 (1968) C A 69: 8 1 1 7 1 F

23-197~ SPECIFIC HEAT OF ICE NEAR THE FERROELECTRIC TRANSITION TEMPERATURE. VAN DEN BEUKEL A P H Y S S T A T U S S O L I D I 2 8 ( 2 ) : 5 6 5 - 8 (1968) C A 69: 5 4 9 5 2 E 23-1975 T H E R M A L F R E E C O N V E C T I O N F R O M A N I C E SPHERJE I N WATER. COMMENTS. VANIER CR § TIEN C A P P L S C I R E S 2 1 ( 5 ) : 3 8 7 - 8 (1969) C A 72: 1 0 4 7 0 3 23-1976 ANELASTiC BEHAVIOR OF ICE AT WEAK EXCITATION FREQUENCIES. V A S S O I L L E R + T A T I B O U E T J § P E R I Z J § G O B I N PF C O M P T R E N D B 2 7 8 ( 1 0 ) : 4 0 9 - 1 2 (1974) (I~ F R E N C ~ C A 81: 1 7 8 3 3 U 23-1977 THREE-DIMENSIONAL EIGaT-VERTEX MODEL AND THE P R O T O N - P R O T O N C O R R E L A T I O N F U N C T I O N S I N ICE. VILLAIN J S O L I D S T A T E C O M M U N 10: 9 6 7 - 7 0 (1972)

23-1965 STRENGTHS OF TEE FUNDAMENTAL BANDS OF ICEANO SOLID HYDROGEN IN COMPOSITE GRAINS. SWA/~Y K S K * W I C K R A M A S I N G H E NC O B S E R V A T O R Y 8 9 ( 9 6 9 ) : 5 7 - 9 (1969) CA 75:114730

23-1967 TWO MECHANISMS FOR THE FORMATION OF WATER CLUSTERS DURING THE ION BOMBARDMENT OF AN ICE FILM. TANTSYREV GD 9 NIKOLAEV EN DOF~L P H Y S C R E M 206 (I}: 7 6 5 - 8 (1972) C A 78: 0 0 8 0 8 0

23-1970 EFFECT OF HYDROSTATIC PRESSURE ON THE DIELECTRIC PROPERTIES OF ICE-I(H) SINGLE CRYSTALS. TAUBENBERGER R § HUB~N M + GRANICHER H P 1 9 4 - 8 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W B A L L E Y E § J O N E S S J + G O L D W (EDS}, R O Y A L S O C C A N A D A , 1973, W05P.

23-1972 PRESSURE DEPENDENCE OF THE COMgLEX DISPERSION COEFEICIENT OF ICE-L(E) SINGLE CRYSTALS. TAUSENHERGER R + HUBMANN M § GRANICH~R H H E L V P H Y S A C T A 4 ~ ( 5 } : 567 (1971) (IN G E R M A N )

23-1962 CALORIMETRIC STUDY OF GLASS TRANSITION OP AMORPHOUS ICE AND OF THE PHASE TRANSFOHMATION BETWEEN CUBIC AND HEXAGONAL ICES. SUGISAEI M § SUGA H + SEKI S P 3 2 9 - q 3 O F i N T S Y M P O N P H Y S I C S O F ICE, 1968, RIEHL N + BULLENER B + ENGELHARDT H(EDS), P L E N U M , 1969.

23-1966 FORMATION OF CLUSTERS DURING ION BOMBARDMENT FILMS OF FROZEN POLAR SUBSTANCES. TANTSYREV GD 9 NIKOI~EV EN J E T P L E T T 13(9}: 3 3 7 - 9 (1971) CA 75:028928

23-1969 AGING EFFECTS OF ELECTRIC PROPERTIES OF ICE-Z(E} SINGLE CRYSTALS. TAUBENBERGEB R P 1 8 7 - 9 3 O F P H Y S I C S A N D C H E M I S T R y O F ICE, W B A L L E y E + J O N E S S J + G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P.

OF

23-1978 C O R R E L A T I O N F U N C T I O N S I N N O N P O L A R ICE. VILLAIN J + SCHNEIDER J P 2 8 5 - 9 0 O F P H Y S I C S A ~ D C H E M I S T R y O F ICE, W B A L L E Y E + J O N E S SJ § G O L D ~ (EDS}, R O Y A L S O C C A N A D A , 1 9 7 3 , 405P.

725

Section 23. Other Properties of Ice 23-1979 D I E L E C T R I C R E L A X A T I O N S P E C T R A O F W A T E R , ICE, A N D AQUEOUS SOLUTIONS AND THEIR INTERPRETATION. PART-8: TRANSFER OF PROTONS THROUGH "PURE" ICE I (B} S I N G L E C R Y S T A L S . P O L A R I Z A T I O N SPECTRA OF ICE I(M). MOLECULAR MODELS FOR POLARIZATION AND CONDUCTION. EXTRINSIC VERSUS INTRINSIC POLARIZATION. VON HIPPEL AR + KNOLL DB + MAIDIQUE MA + WESTPHAL WB J C H E M P B Y S 5 4 ( 1 ) : 1 5 0 - 6 0 (1971) C A 73: 0 6 0 2 0 8 23-1980 I C E C H E M I S T R Y : IS I C E - I ( E } A P R O T O N SEMICONDUCTOR. VON RIPPEL AR § RUNCK AB * WESTPHAL WB P 2 3 6 - ~ I O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L H y E § J O N E S S J + G O L D W {EDS)# R O Y A L S O C C A N A D A , 1973, 405P. 23-1981 D I E L E C T R I C R E L A X A T I O N S P E C T R A O F W A T E R , ICE, A N D AQUEOHS SOLUTIONS AND THEIR INTERPRETATION. PART-3: PROTON ORGANIZATION AND PROTON TRANSFER I N ICE. P A R T - 5 : I C E - I A S A P R O T O N D I E L E C T R I C . VON HIPPEL AR MIT, 1968, 27P. A D 6 6 5 6 7 0 ; 1968, 27P. A D 6 7 6 2 0 2 C A 69: 5 5 8 8 8 A ; 70: 0 7 1 8 2 6 23-1982 DIELECTRIC AND MECHANICAL RESPONSE OF ICE-I(N} SINGLE CRYSTALS AND ITS INTERPRETATION. VON HIRPEL AR + MYKOLAJEWECZ R + RUNCE AH § WESTPHAL WB J CMEM PNYS 57:2560-71 (1972) 23-1983 MOLECULAR UNDERSTANDING OF ELECTROCHEMICAL P R O C E S S E S BY I C E R E S E A R C H . VON H~PPELAR J E L E C T R O C H E M S O C 1 1 9 ( 2 ) : C ~ 5 - 5 4 (1972) 23-1984 TRANSFER OF PROTONS THROUGH PURE ICE-I(N) SINGLE CRYSTALS. PART-I: POLARIZATION SPECTRA OF ICE-I(E). PART-2: MOLECULAR MODELS FOR POLARIZATION AND CONDUCTION. PART-3: EXTRINSIC VERSUS INTRINSIC CONDUCTION, SURFACE VERSUS VOLUME CONDUCTION. (INCLUDES ELECTBODE EFFECTS) VON HIPPEL AR + KNOLL DB + WESTPBAi WB § MAIDIQUE MA J C B E M P H Y S 5~: 13q-44, 145-9, 1 5 0 - 6 0 (1971) 23-1985 C R E E P O F ICE. WEERTMAN J 9 3 2 0 - 3 8 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W B A L L E Y E § J O N E S S J ~ G O L D W (EDS), R O Y A L S O C C A N A D A , 1973, 405P. 23-1986 F O R M A T I O N A N D S T R U C T U R E O F C O L O R C E N T E R S IN I R R A D I A T E D ICE. WEISS JJ P 1 9 5 - 6 O F I N T S Y M P O N P H Y S I C S O F ICE, 1868, RIEHL N § BULLEMER B + ENGELH~DT B(BDS), P L E N U M , 1969. 23-1987 P R O T E I N S P I N R E L A X A T I O N IN H E X A G O N A L P A R T - 2 : T H E T(I RRO) M I N I M U M . WEITHASE M + NOACK F + SHUTZ J Z P H Y S 246: 91-6 (1971)

ICE.

23-1988 L A T T I C E D Y N A M I C S O F ICE. WHALLEY E P 7 3 - 8 1 O F P H Y S I C S A N D C H E M I S T R Y O F ICHw M H A L L E Y E + J O N E S S J + G O L D W (EDS}, R O Y A L S O C C A N A D A , 1973, 405P.

23-1989 EFFECT OF ORIENTATIONAL CORRELATION ON THE FAR I N F R A R E D S P E C T R U M O F ICE. WHALLEY E P 9 3 - 9 7 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L E Y E + J O N E S S J + G O L D W (EDS), R O Y A L S O C CANA/)A, 1973, 405P. 23-1990 T H E ICES. WHALLEY E P 4 0 2 O F P H Y S I C S A N D C H E M I S T R Y O F ICE, W H A L L E M + J O N E S S J + G O L D W (EDS) I R O Y A L S C C C A N A D A , 1973, 405P.

E

23-1991 S T R U C T U R E P R O B L E M S O F ICE. WHALLEu E P 1 9 - 4 3 O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, RIEHL N + BULLEMER B + ENGBLHARDT H(EDS), F L E N H M , 1969. 23-1992 INFRJ%RED S P E C T R U M O F I C E - I ( B ) I N T H E R A N G E 4 0 0 0 T O 15 C M - 1 . WHALLEY E P 2 7 1 - 8 6 O F I N T S Y M P O N P H Y S I C S O F ICE, 1968, R I E H L H + B U L L E M E R B + ENGEJLHA/{DT E ( E D S ) , P L E N U M , 1969. 23-1993 DIPOLE MOMENT DERIVATIVE OF THE HYDROGEN ICE. WHA/ILEY E CAN J CHEM 50:310-14 (1972)

BOND

IN

STRUCTURES OF ICE AND WATER AS INVESTIGATED BY INFRARED SPECTROSCOPY. WNALLEY E P277-96 OF DEVELOPAPPL SPECTROSC, VOL 16, P L E N U M , 1968. C A 69: 1 0 0 3 1 5 Z 23-1994 VAPOR PRESSURE ISOTOPE EFFECT OF ICE AND ITS ISOMERS. WOLFF H R 3 0 5 - 1 9 O E I N T S Y M P O N P H Y S I C S O F ICE, 1968, RIEHL N § BULLEMER B § ENGELHARDT N(EDS) I P L E N U M , 1869. 23-1895 P R O T O N D Y N A M I C S I N ICE. YOMOSA S B U S S E I K E N K Y U 17 (2}: C 5 8 - C 6 2 JAPANESE) C A 80: 0 7 4 3 9 q

(1971)

(IN

23-1996 SURFACE STRUCTURE OF ICE CRYSTALS. PART-I: STRUCTURE OF THE EQUILIBRIUM FORM OF THE BASIC S U R F A C E O F I C E CRYSTA~LS. YOSIDA Z T E I O N K A G A K U A 2q: 1-18 (1966) C A 69: 1 0 0 3 4 1 E V A L E N C E B O N D S T U D Y O F T H E H Y D R O G E N B O N D . PA/~T-3: FORMATION AND MIGRATION OF IONIC DEFECTS IN W A T E R A N D ICE. Y O M O S A S + H A S E G A W A M; J P N Y S S O C J A P 2 9 ( 5 ) : 1 3 2 9 - 3 4 (1970) CA 74: 0 1 5 8 2 5 23-1997 M E A S U R E M E N T OF T H E B E T A A C T I V I T Y CONTAINING TRITIUM. ZAKHAROV GM RADIOKHIMIYA 10(5): 6 0 3 - 5 (1968) C A 70: 0 1 6 4 6 2

OF F R O Z E N

WATER

(IN R U S S I A N )

MECHANISM OF THE MOVEMENT OF HYDRONIUM AND HYDROXYL IONS IN ICE AND WATER. Z A T S E P I N A GN; J S T R U C T C H E M 1 0 ( 2 ) : 2 0 0 - 5 (1969) C A 71: 0 5 4 1 7 5

726

Bib|iography on Physica| and Chemica| Properties of W a t e r : 1969-1974

23-1998 CO~r OF ICE DURING T H E FREEZING OF S U P E R C O O L E D W A T E R IN CAPILLARIES. ZEELEZNYI BV INZH-FIZ ZH 17(5): 936-q3 (1969} (I~ R~SSIAN) CA 72: 070853

23-1999 O P T I C A L CONSTANTS OF ICE-I O V E R THE E~TIRE INFRAP,ED REGION. ZOLOTAREV,VM OPT S P E C T R O S C 29:598-6Q1 (197~

Author Index to Bibliography A A R O N S LJ 15-0928 ABAS-ZADE A I0-0365, 10-0366 ABIDOV S 13-0624 A B R A H A M BM 06-0216, 20-1597 A B R A H A M FF 18-1162 A H R I K O S O V A II 14-0676 ABSA-ZADE AA 10-0378 ACKERMANN T 14-0677 ACKLEY SF 12-0528, 23-1811 ADAMCZYK B 14-0678 ADAMS LH 18-1352 ADAMS GE 17-1096 ADAMS S 12-0569, 12-0570 ADAMS NA 10-0380, 19-1446 A D L F I N G E R KE 19-1569 AFANASEVAs 06-0217 AGAEV NA 10-0965, 10-0366, 1 0 - 0 3 7 8 AGENO M 18-1163, 19-1447, 19-1448 AGOSTINI JP 20-1598 A G R A N A N T BA 11-0434 A G R A N A T FIB 15-0929 A H L U W A L I A JC 18-1169 AHSANULLAH AKM 04-0 138, 0 7 - 0 2 7 9 AIZAWA M 19-1589 AIZAWA O 16-1049 AKEHARU F 22-1775 AKHTYAMOV OS 04-0157 A K H U N D O V TS 0 8 - 0 3 2 9 , 10-0390 AKINO F 16-I073 A K O P Y A N LV 13-0608, 13-0623 A K O P Y A N 'SKH 14-0679 A L D R I C H NS 18-1165, 19-1515 ALEKSANDROV AA 0 3 - 0 0 5 8 , 03-0059, 03-0060, 04-0139, 0 9 - 0 1 7 1 ALEKSEEV W 06-0253 ALFENAAR M 03-0080 ALFREDSON PG 21-1741 ALIBEKOV BG 03-0061, 03-0062 A L K A I T I S SA 17-1097 A L K H I M O V AP 12-0468 ALLAN BD 19-1449 ALLEGRA J 11-0427 A L L E N LC 0 1 - 0 0 0 2 , 18-1296, 19-1450, 19-1451, 19-1452, 19-1453, 19-1454, 19-1455, 19-1582, 23-1812 A L P E R O V I C H LI 14-0927. 15-0966 ALTSHULER LN 06-0238 ALu AIM 12-0522 AMAyA T 20-1647 AMIOT C 14-0721 AMIRKHANOV ~ 03-0061, 0 3 - 0 0 6 2 ANBAR M 15-0930, 17-1098 ANDERSON JD 16-1080 ANDERSON JL 19-1456 A N D E R S O N NG 19-1457 ANDERSON RE 11-0~08 ANDREEFF A 20-1628 A N D R E E V DV 14-0680 A N D R E E V SD 14-0681 A N D R I A N O V A IS 18-1166, 18-1167, 18-1168 A N G E L L CA 03-0063, 03-0064, 0 3 - 0 1 1 4 A N I S I M O V MA 03-0065

ANTOCI S 18-1169 ANWAY AR 12-0469 APFEL RE 20-1599 A P L E T A L i N VN 14-0682 APPELL J 16-0989 APPLEB~ A 17-1099, 17-1119 A R A K A W A ET 14-0863, 1 5 - 0 9 6 4 . 15-0977 ARAKAWA K 18-1170, 1 8 - 1 1 7 1 , 18-1172 A R C H I B A L D TW 19-1582 ARIPOV EA 13-0654 ARMSTRONG JA 18-1398 ARNASON B 20-1600 A R N A U L T JP 21-1720 ARNOLD DA 23-1826 ARNOLD GP 16-1065, 2 3 - 1 8 4 3 ARNOLD L 19-1527 A R R Z G H I N I GP 12-0470, 13-0609, 13-0610, 18-1173, 18-1174 ARUTYUNYAN MA 01-0008 ASBRINK L 14-0683 A S T H E I M E R RW 15-0954 ATKINS PN 1~-0684 AUFDERMAUR AN 22-1790 AUNG S 18-1175, 18-1176 AUSLANDER D 11-0418 AUVERT G 23-1813, 23-1814 A V E R y EC 16-0990 A V R A M E N K O SI 10-0393 A W A S T H i ON 10-0383, 11-0435, 11-0436, 11-0438, 11-0453 AZMAN A 18-1294. 19-1458, 19-1459 AZOUNI M 23-1815 AZRiA R 16-0991 BAARLI J 17-1155 B A B C O C K DE 21-1721 B A B C O C K RV 23-1816 BACONIN J 02-0033 BADER RFW 18-1177 BAES CF 20-1705 BABE LW 03-0066 B A H N G JS 10-0367 BAKER AD 15-0931 BAKER LE 07-0280 BAKHANOVA RA 14-0685, 14-0686 B A K H S H Z E V NG 14-0679, 14-0839 BALAKIN VA 13-0665 B A L A S T E R AN 12-0584 BALLEREAU p 01-0003 B A N C R O F T AK 21-1722 BANDEKAR J 02-0034, 18-1203, 18-1204 BAKDY AR 14-0689 B A N K O F F SG 20-1601 BANSAL NK 16-0992 BAKSAL aM 16-0993 BANTYSH LA 10-0368, 12-0546, 13-0611 E A R A N VG 0 3 - 0 1 1 1 BARANOVA R 19-I~86 BARBER M 15-0928 BARBIER A 23-1822 B A R D U H N AJ 22-1764, 2 2 - 1 7 6 5 , 22-1766, 2 2 - 1 8 0 7 B A R K E R GC 17-1100 BARKER JA 12-0471, 18-1178

727

728

Bibliography on Physical and Chemical Properties of Water: 1969-1974

H A R L A G E WB 07-0283 B A R N A A L DE 16-099~ B A R N E R T H 16-0995 BARNES HL 12-0509 BARNES P 12-0472, 19-1460, 19-1465. 19-1473 B A R T H E L G 20-1602 B A S C O M WD 19~1461. 19-1462 B A T A L I N BS 13-0612 BATES JB 19-1463 B A T T E N RC 10-0404 B A T T I N O R 20-1627 BAUER SH 11-0415 B A U M HR 14-0807 B A U M A N N NP 16-1059, 16-1060 B A U M E I S T E R KJ 20-1603 BAYER R 18-0996 BEACHEY J 03-0088 B E C K HL 04-0140 B E C K E Y HD 07-0312 B E E M A N WW 17-1108 BEERS Y 12-0485, 14-0687, 14-0822 B E K - U Z A R O V DJ 17-1123 BEKE G 15-0932 BELL GM 18-1179 BELL JD 23-1817 BELL JT 14-0688 BELLAMY LJ 14-0689, 14-0690 BELLET J 14-0691, 14-0692, 14-0693, 14-0811. 14-0886 BELOGOLSKII VA 06-0273 B E L O T S K A Y A TV 06-0226 B E L Y A ~ V A GM 08-0332, 08-0333. 08-0334 BEN-NAIM A 01-0004. 03-0067. 18-1180, 18-1181# 18-1182, 18-1tS3. 18-1184, 18-1185, 18-1186 B E N D A Z Z O L I GL 18-1187 BENDELIANI NA 19-1464 BENDER CF 18-1385 B E N E D I C T WS 14-0694 B E N Z A R VK 12-0473 B E R D Y E V AA 11-0409 BEREK HE 16-1077 B E R G JC 07-0281 BERGER GS 13-0644 BERGER MJ 17-1101. 17-1155 BERGHMANS J 06-0218 B E R G L E S AE 06-0219 BERKOSKY JL 15-0971 B E R M A N MI 06-0237 B E R N A L JD 18-1188, 19-1465 BERNARDI F 18-1187 B E R N S T E I N HJ 14-0849 B E R T I E JE 23-1818, 23-1819, 23-1820 BERTOLUZZA A 19-1466 B E R T R A N D GL 03-0082 BETTS DM 13-0658 BEVAN PLT 17-1102 BEYNON JH 20-1646 B E Y N O N TD 20-1604 B E Z B O R U A ~ CP 03-0068 B E Z Z U B LI 18-1377 B H A D R A TC 05-0176# 11-0410 BHANDARI RC 10-0376 BHATTI RA 16-0997 B I A N C H I EJ 04-0141 BIASI L 20-1708 BIBIK A P 08-0324 BICKES RW 14-0695 BIELSKI BHJ 17-1103 B I E R B A U M VM 20-1642 B I G N O L D GJ 12-0474 BIGURIA G 08-0325 B I L D A N O V MM 16-0998 B I L G R A M JH 23-1821 B I L L I N G S L E Y FP 18-1190 B I O N D I MA 20-1659 B I R K H O F F RD 12-0543. 14-0784. 14-0863. 15-0964. 15-0977 BIRSHTEIN TM 20-1605 BIRYUKOVAS 14-0696 B I S H O P DM 14-0697, 14-0698 BISHOP E 12-0475 B I S H O P PB 12-0476 B L A C K S T E I N FP 21-1755 B L A N D A M E R MJ 11-0411, 11-0412, 14-0699 B L A N K M 07-0282 BLATZ LA 14-0908, 14-0912

BLINC R 09-0337 BLOKE AM 18-1189 SLOOR JE 18-1190 BLUM L 18-1423 BLUYSSEN HJA 14-0700, 18-!418 B L Y U M E N F E L D LA 12-0~77 BOARD RD 19-1477 BOARD SJ 06-0220 BOCKRIS JO 20-1606 B O E R B O O M AJN I~-067S BOESB N 20-1607 EOGSARYI DJ 06-0221 BOIAN M 21-1723 BOKUN GS 12-0479 BOLANDER RW 19-1467 BOLYATKO W 16-0999, 16-1000 EONACCORSI R 20-1608 SONALUMI R 18-1191 B O N D A R E N K O GV 14~0701# 14-0702, 14-0772, 14-0773 B O N D A R E N K O N~ 10-0369, 18-1438 BONE LI 12-0530 BONED C 23-1822 B O N I N O GB 19-1466 BONNER OD 03-0073, 14-0703, 14-0704, 14-0705, 14-0706, 18-1192, 18-1193, 18-1194 BOPP GA 15-0933 B O R G O N O V I GM 16-1001 BORING M 14-0707 B O R I S O V MS 18-1195 BOROSON HR 16-1002. 16-1003 B O R Z U N O V VA 04-0166 BOSI P 23-1823 BOTTER R 18-1196, 18-1376 BOURDERON C 20-1679 BOURGOIN D 12-0478 BOUTIN H 23-1938 BOVING R 13-0613 BOWEN LO 16-1004 BOWEN R A 16-1005 B O W M A N AL 16-1065 BOX HC 23-1824 BOYD AW 17-1160 BOYES AP 07-0311 BOZZO AT 22-1765 B R A D S P I E S JI 19-146S, 19-1469, 19-1470 B R A G I N S K A Y A TG 14-0844 BRAJOVIC V 22-1783, 22-1784, 22-1785, 22-1786, 22-1787 E R A N T O N GR 15-0934 BRASLAU N 14-0708 BRAUN WC 14-0709, 14-0710 B R E I T S C B W E R D T KG 11-0413. 14-0711 BRET GG 14-0712 BRETT AC 18-1197 B R E N S O V ON 11-0414 BREWER AD 12-0474 BRIAN RLT 20-1699 B R I C K W E D E E FG 05-0177 BRINK G 1 8 - 1 1 9 8 BRION CE 1 4 - 0 9 1 7 , 15-093~ B R O N G E R S M A HE 14-0804 BROOKS EJ 19-1462 BROWN WG 16-1006 B R U G G E ~ RM 16-1007 B R U K - L E V I N B O N ET 12-0479. 12-0480 BRUMMER SB 19-1468, 19-1469, 19-1470. 19-1501. 20-1609 B R U N D L E CR 15-0931, 15-0935, 20-1610 B R E S O N CE 06-0222, 06-0223, 06-0224 BRZOZOWSEI J 14-0756 BUCARO J A 14-0845, 15-0936 BUCHWALD MI 11-0415 B U C K I N G H A M AD 18-1297 B U D Z I N S K I EE 23-1824 BUGAENKO LT 17-1129 BUKATYI VI 17-1104 BULLEMER B 01-0025, 23-1813, 23-1839 B U N K E R PR 14-0713, 18-1268 B H O N T E M P O U 23-1825 EURCH DE 14-0714 BURCHETT S 14-0715 BURGESS MP 21-1724 B U H G M A N JO 16-1008 BURKHARD H 19-1471 B U R K O V KA 14-0808

A u t h o r Index to Bibliography BURNEAN A 14-0716, 14-0717, 1 4 - 0 7 1 8 BURNHAM CW 02-0035, 03-0069 B U R T O N PG 18-1199 BURHNDUKOV KM 11-0416 B U S I C K DD 17-1158 BUTLAND ATD 16-1009, 16-1010 BUTLER P 12-0556 BUTORIN GT 05-0178.5~0179 BUXTON GV 17-1105 BUZUKOV AA 11-0417 BYAKOV VM 17-1106, 17-1107, 17-1137 B Y C H K O V VZ 12-0481 B Y K O V A LP 06-0256 B Y S T R O V GS 16-1011, 16-1012, 16-1039 CABANA A 14-0719 CABOZ R 05-0180 CAFERI G 15-0938 CAIRNS RB 15-0939 C A M A R D A HS 16-1013 C A M M E N G A HK 06-0225 CAMOES MF 03-0068 CAMP PR 23-1826 CAMPANO P 18-1411 CAMPBELL JR 21-1725 C A M P L I N GC 23-1827 CAMY-PEyRET C 14-0720, 14-0721, 14-0761, 20-1622 CAREY WW 22-1765 C A R I D RS 14-0766 CARLSON TA 15-0940 CARNUTH W 23-1943 CARPENTER RA 14-0722 CARPENTER RL 20-1627 C A R R - E R I O N KG 14-0723 CASREY JA 07-0283 CASPER JM 19-1544 CASSETTARI M 22-1761 CASTELLI VJ 08-0326 C A S T E L L I O N GA 19-1471 CATALAN LAFUENTE JG 01-0005 CAUNE A 14-0847, 18-1379 CAVANAUGH JR 23-1941 CAZCARRA V 0 5 - 0 1 8 1 , 06-0222, 0 6 - 0 2 2 3 , 0 6 - 0 2 2 4 C E C I L L E (ED) 01-0006 C E D E R B A U M LS 12-0482 CERVENA J 16-0996 CESSAC GL 19-1542, 19-1543 CHAILLET M 12-0579 CHALENKO VG 06-0226 CHAMBERLAIN JE 14-0724, 14-0725, 14-0738, 14-0923 C H A M B E R L A I N JS 16-1014, 2 3 - 1 8 2 8 CHAMERLAIN JE 14-0726 CHAN J 03-0070, 03-0109, 0 3 - 0 1 1 0 C H A N SI 18-1176 C H A N D DA 15-0985 CHANDRASEKHARAN K 21-1751 CHANG S 03-0093, 13-0614 CHAO J 03-0071 CBAPIN CE 03-0072 C H A R K I N OP 18-1439 C H A R K V I A N I MK 14-0898 CHARVOLIN J 16-1015, 16-1016 CHASE CE 11-0455 C H A S E EB (EDS) 01-0010 CHATTERTON PA 12-0491 CHAY TR 04-0142 C H E K A L I N NV 12-0483, 12-0484, 20-1611 C H E N CP 20-1612 CHEN YJ 15-0941 CHENG RJ 05-0182 CHERKIN A 19-1472 CHERNOBAI VL 13-0667 CHERNOBROVKIN W 16-1027 C H E R N O B Y L S K I I II 06-0227 C H E R N O G O R O V A VA 12-0502 CHERNYSHOV AA 16-1040, 16-1041 C H E R R I L L DE 2 0 - 1 6 5 8 C H E R R Y IA 19-1460, 19-1465, 19-1473 CHESSIN H 05-0202 CHETIN FE 12-0586 CHEVRENAK JG 16-1077 C H I A N G Y 20-1651 C H I E I S O V AK 15-0942 C H I G R I N E V A AI 12-0547 C H I G R Y A I EE 14-0682

729 C H I S T y A K O V ES 11-0452 C H I Z B I K VI 13-0615 CHMIELEWSKI AG 10-0401 CRO S J 02-0036, 0 2 - 0 0 5 6 C H O UI 18-1277 C H O I YS 03-0073, 1 8 - 1 1 9 ~ CHOJNACKI H 18-1200, 1 9 - 1 4 7 4 CHONACKY NJ 17-1108 CBONG SL 20-1613 C H O P P I N GR 14-0727, 14-0728, Iq-0749 CHOSSON A 23-1842 CROUAP~A/N M 06-0223 C H O W JS 19-1512 C H R ~ S T E N S E N HC 23-1927, 23-1920 CHRISTENSEN RN 06-0277 C H U A KS 19-1475f 19-1476 CHUDINOV V 16-1027 C H U D L E Y CT 16-1009, 16-1010 CHUKANOV VN 02-0037, 0 3 - 0 0 7 4 C H U K L I N SG 22-1762 C B U R A E V NV 04-0143, 0 6 - 0 2 1 7 , 11-0422, 19-1479, 19-1483, 19-1484, 19-1485, 19-1486, 19-1487, 19-1480, 19-1489, 19-1490, 19-1491, 19-1492, 19-1493, 19-1495, 19-1496, 19-1593 C H U R I K O V YU 20-1655 CIGNITTI M 18-1201 CINI R 03-0075, 07-0284. 13-0616 CLARIDGE RFC 15-0947 CLARK JB 02-0049 C L A R K E EC 21-1731 CLAXTON TA 18-1213 C L A Y D O N CR 14-0729 CLEMENTI E 15-0982, 18-1292, 18-1293, 18-1367 CLOUGH SA 12-0485 COBB AW 12-0486 COCCO G 03-0105 C O C K S FH 19-1469 COHEN C 18-1244 COLBURN LW 20-1614 COLE B 13-0658 COLE RH 12-0487 C O L E M A N BD 06-0263 COLLES MJ 14-0730, 14-0731 COLLET LH 14-0732 COLOMBINO P 16-1017 COLTEN SL 22-1764 COMBES R 20-1615 COHNOLLY JWD 14-0707, 2 0 - 1 6 1 6 CONNOLLY TJ 06-0277 CONSTANTiNE II-0418 CONWAY A 14-0850 COOK RL 14-0740, I~-07~I, 14-0742, 18-1202 C O O K S RG 20-1646 COOPER M 14-0733 C O R I E L L SR 22-1772 C O N N E L L JB 19-1527 CORNILLE M 14-0733 CORRIHGTON JH 19-1515 CORSET J 14-0716, 14-0717, 14-0718 COTHREN RK 06-0267 COTTER RJ 12-0488, 12-0q89# 12-0490 COTTERILL RMJ 23-1829 COTTS RM 09-0350 COULBOURN GI 16-1018 COUNC OC 02-0045 COURCHENE WL 14-0920 C O U Z E N S CCF 07-0285 C O V I N G T O N AK 01-0007, 03-0068, 13-0617 COWPERTHWAITE M 02-0038 CRANNELL CJ 14-0734 CRANNELL H 14-0734 CRATIN PD 19-1500 CROSS JD 12-0491, 2 3 - 1 8 3 0 C R O W E RW 12-0492 CUCULEANU V 16-1029 CUNNINGHAM KM 12-0493, 14-0735 CURNUTTE B 14-0736, 14-0869, 15-0969, 18-1203, 18-1204 CURRY JD 14-0705 CURRY RW 04-0161, 0 5 - 0 7 8 3 CURTIS WF 01-0010 C U S A C H S LC 18-1165, 19-1515 CVETANOVIC RJ 20-1677 DABALA I 11-0418 DAEE M 07-0286

Bibliography on Physical and Chemical Properties of W a t e r : 1969-1974

730

DA~LEY BP 13-0664 DAF~HIS MI 14-0871 DALMAZZONE J 03-0076 DANSAS p 23-1881 D A N T L G 23-1831 DARGELOS A 12-0579 D A R N E L L AJ 04-014q D A S H E V S K I I VG 03-0119, 03-0120# 14-0871, 18-1383 D A S H K I E V YUG Q3-0077 DASS N 02-0051, 02-0052# 03-0078, 03-0079,

0 3 - 0 t 0 ~ , 04-0145. 15-09~3, 15-0962,

15-0963

D A U D E Y JP 18-1205 DAVID JG 14-0737 DAVIDOVIC M 23-1885 DAVIDOVSKII PN 12-0513 D A V I D S O N DW 23-1854 D A V I D S O N ER 18-1218 DAVIES M 14-0724, 14-0738 DAVIS CM 10-0377, 11-0419. 18-1206 DAVIS NF 02-0035. 03-0069 DAVIS RE 19-1477, 19-1501 DAYANTIS J 02-0039. 04-0146 DE A C H A V A L EM 23-1907 DE BENI G 20-1617 DE L A V E G A J R 12-0505, 12-0510 DE L I G N Y CL 03-0080 DE L U C I A FC 14-0739, 14-0740. 14-0741, 14-0742, 18-1202 DE M A R T I N EL 06-0228 DE PAZ M 19-1478 DE P E N A RG 05-0203 DE T R O B R I A N D A 03-0101, 18-1322 DE V R I E S A~ 14-0678 DE W E S T - M E E R B E E C K AB 03-0081 DEAN P 23-1959 DEBIES TP 15-0971 DEIRMENDJIAN

D

15-0944

DEITRICE LW 06-0229 DEJAK C 18-1207 D E L BENE JE 18-1208, 18-1209, 18-1210 DEL G R O S S O VA 11-0420. 11-0421 D E L S E M M E AS 23-1832 D E N G E L O 23-1833 DENGINA MV 18-1436 DEORANI SC 10-0381, 10-0382. 11-0436, 11-0437, 11-0439 DEPAZ M 14-0743 DERKACHEVVl 06-0252, 06-0253 DEER VE 15-0979 D E R Y A G I N BV AND OTHERS 19-1497 D E R Y A G I N BV 01-0008, 07-0287, 07-0304, 11-0422, 13-0618, 13-0672, 19-1479, 19-1480# 19-1481, 19-1482, 19-1483, 19-1484. 19-1485, 19-1486. 19-1487,

19-1488, 19-1489, 19-1490# 19--1492~ 19-1493~ 19-1494, 19-1496, 19-1593

19-1491, 19--1495 e

DESAI HS 15-0945 DEVLIN JR I~-0818 DEVOTO O 03-0105 DEXTER R 04-0163 DHEER MK 14-0864 DHILLy G 03-0076 DIEP NGOC A 18-1437 D I E R C K S E N GEF 15-0982 ' 18-1211, 18-1212 D I L L A R D DS 08-0327 D I L L O N MA 14-0882 DZRIAN G 21-1720 D I S T L E R GI 20-1618 DZTTER W 14-0829 r 14-0830. 19-1546 DIXON M 18-1213 DNEPROVSKII VS 14-0744 DOBBINS HM 15-0946 DOEISIK V 05-0186 DOBSON JV 03-0068 D O L G O N O S O V BM 13-0670 D O L G U S H I N MD 18-121q DOLMAN A 19-1508, 19-1509 DObIAN MJ 14-0745 D O N A H O E FJ 19-1498 DONOEUE J 19-1499 DOOLITTLE J 18-1274 DORE JC 16-I063 D O R M E R TJR 06-0219 DORNING J 16-1019

DOES EY NE 01-0009 DOSS KSG 12-0533 DOUGALL R~ 06-0254 DOUGLASS DC 09-0341 DOW ELL JT 16-1077 D O W L I N G JM 14-0746, 14-0779 DOWNEY GD 14-0747 DOWNEY JR 14-0727, 14-07~8. 14-0749 DOYEL WW 01-0010 DOYLE NT 12-0528, 19-1526 DRAGA~N~C IG 17-1109, 17-1110. 17-1111 D R A G A N I C ZE 17-1109. 1 7 - 1 1 t 0 , 17-11~I DREMiN AN 11-0414 DP.IC K A M E R EG 02-0044 DROSSBACH P 18-1215 D R O S T - H A N S E N W 04~0161, 05-0183, 10-0386. 18-1216, 18-1217, 19-1500 DRYJANSKI P 14-0750, 14-0751 D U B O V I K O V NI 14-0752 D U B R O V I C H NA 22-1795 DUER WC 03-0082 DUFAURE D 20-1619 DDFFEY R B 06-0220 DUGU ID HA 06-0230 DHNKEN H 14-0753 DUNN LA 12-0494 D U N N Z N G TH 18-1267. 18-1311, 18-1427 DURHAM ME 03-0083 DUROU C 09-0338 DURUP J 16-0989 D D S E C H E N K O VP 12-0573 DUTRANNOIS J 17-1155 DYKE TR 12-0495, 12-0496. 14-0754 DYKINS JE 23-1834 DYMANUS A 13-0668. 18-1418 DZHURABEKOV S 13-0624 D Z H U R A E V AA 12-0497, 12-0498 EASTMAN DP 11-0423 EASWARAN K 09-0337 EBERHART JG 06-0231 EBERIUS H 20-1620 EBERT G 10-0370, 10-0371. 12-0499 ECHAVARR I T 21-1730 E C K E N E ~ U 23-1835 E D E L S E T E I N VM 14-0701 EDELSTEI N SM 19-1501 EDISS C 17-1159 E D L U N D CE 11-0408 EDMISTON C 18-1274, 18-1275 EDMONDS DT 23-1836 E D W A R D S GR 07-0288 E ~REMOV AA 14-0755 EFREMOV VA 14-0755 EGOROV VN 03-0115, 14-0820 E G U R N O V VYA 20-1717 EZBEN K 23-1837, 23-1968 EIDLITZ A 06-0232 EiSENE~G D 01-0011 EKE E 18-1280# t8-1281 EL- NAGDY MM 06,0233 E4LBERT ST 18-1218 ELDRUP M 17-1112. 17-1113, 23-1919 ELTEZ ER i 18-1219 ELLIS AT 12-0500 ELLISON FO 15-0971 E L Y A S H E V I C E MG 12-0568 ELZ BUT3~S G 12-0500 EMELY ANOV MI 18-1220 EMPORIN K 02-0040 ENDO H 11-0448, 11-0449, 18-|221. 18-1222 E N G E L S A R D T H (EDS) 01-0025 ENGEJ.~ARDT H 23-1835, 23-1838. 23-1839, 23-1840, 23-1937 ENTINE G 19-1468. 19-1469. 19-I470 ENYO M 12-0559 EPELBAUM ME 14-0772 EPSTEIN IR 18-1410 ERBEN B 12-0501 ERDMANN RC 16-1089 ERGENC MS 21-1726, 21-1732 ERGIN YUV 13-0619, 13-0620, 13-0621 ERLANDER SR 18-1223. 18-1224. 19-1502. 19-1503 E ~ P 14-0756 ERMLER WC 18-1302 ERSHOV BG 23-1894 E R S H O V A IG 19-1593

Author Index to Bibliography ERYGIN GD 13-0644 E S C H LJ 16-I020 ESSINGTON EH 17-1114 ESTE GO 14-0695 ESTEP ME 04-0159 E T H R I D G E DR 12-0560 EUBANK PT 16-1021 E V A N S DF 18-1225 E V A N S LF 07-0288 EVANS TW 22-1763 EVDOKIMOV VB 13-0608. 13-0622, 13-0623, 13-0675 E V E R E T T DH 19-1504, 19-1505. 19-1506. 19-1507 E V K O El 19-1486 5 V R A R D G 23-1841 EVSEEV VB 12-0497. 12-0498, 1 2 - 0 5 0 2 FABIAN G 13-0653 F A B U S S BA 19-1508 F A B U S S EM 10-0372. 19-1509 F A I Z U L L A E V DF 13-0624 FALK M 18-1198, 18-1226, 18-1233, 19-1510 FANG JKS 12-0503 FANG Y 12-0504, 12-0505 FARAGGI M 17-1115 F A R E E D U D D I N S 2 1-1727 FARMER VC 18-1227 FATT I 13-0646 FAUCHER G 06-0234 FAURE P 23-1842, 23-1842 F A U S K E EK 20-1708 FAVERGE R 12-0506 F E D C H U K IP 19-1511 ~EDORCHENKO BYA 03-0077 FEDOROVSKII AN 20-1655 FEDRER M 23-1917 FEDULOV SA 12-0481 FEIOCK FD 12-0507 F E L I X MP 12-0508 FELL CJD 09-0358 FENGER J 23-1928 FENSKE PR 17-1114, 17-1139 FERGUSON JA 05-0184 FERNANDEZ R 2 2 - 1 7 6 4 , 22-1765, 22-1766, 22-1767 FERRADINI C 17-1135, 17-1136 FESSENDEN RW 17-1138 FICALBI A 03-0075. 07-028q FIEGEL A 16-1022 F I E L D FB 20-1621 FILIPPOV VL 14-0757 F I N C H ED 16-1065. 23-1843, 2 3 - 1 9 4 0 FINCH RD 11-0447 FINE RA 04-0147 FINK WE 18-1265 FINNEY JL 19-1460. 19-1465 FIQUET-FAYARD F 16-0991. 18-1228 FISCELLA B 16-1017 FISCHBECK K 05-0206 F I S C H E R SF 23-1844, 23-18~5 FISHER ER I~-0758 FISHER H 1~-0759 F I S H E R IZ 0 9 - 0 3 4 6 # 18-1166, 18-1168. 18-1229 FISHER JR 12-0509 F I T Z P A T R I C K BJ 14-0760 F L A N A G A N TB 09-0339 F L A N I G A ~ MC 12-0510 FLAUD JM 14-0720. 14-0721, 14-0761, 2 0 - 1 6 2 2 F L E M I N G PD 18-124% F L E T C H E R NH 0 1 - 0 0 1 2 . 0 5 - 0 1 9 3 # 07-0289, 16-1014, 22-1768, 23-1828, 23-1846 F L O R I N AE 19-1574 FLOUQUET F 18-1230 F L O Y D GR 23-1847 F L U E G G E RA 17-1116 FODOR TR 21-1728 FOKEEV VM 12-0511. 18-1231 FOLLI E 21-1729 FORD B 18-1232 FORD G 1 2 - 0 5 7 9 FORD TA 14-0792, 18-1233 FORSLIND E 18-1234 F O W K E S FM 19-1512 FOWLER CM 14-0766 FOWLES P 17-1100 FOX MF 14-0699 F R A I M A N BS 17-1141 FRANCHINI PF 14-0762. 18-1235

731 F R A N C K EU 0 9 - 0 1 5 5 , 12-0535, 19-1513, 20-1623, 20-1624. 20-1625 FRANCOIS B 17-1117 FRANCOIS M 13-0625 FR~d~K H 18-1236 FPJhNK HS 04-0142. 18-1237, 18-1238 FRANKLIN JL 20-1613 FRANKLIN ML 09-0339 F R A N K S F (ED) 01-0014 FRANKS F 01-0013, 03-0084, 18-1239, 18-1240, 20-1626, 23-1848 F R A Z I E R GC 09-0362 FRE GH 20-1627 F R E E M A N CG 15-0947 F R E E M A N GR 20-1688 FREISE V 09-0340 FREHND F 12-0558 FREHND HG 23-1824 FREUND RS 17-1118 FRIAUF RJ 23-1893 FRIEDM2LN H L 03-0085 FRIEDMAN L 14-0743 FRIEDRICH VJ 20-1692 FRIpIAT JJ 19-1571. 19-1572 FROEH.LICH K 20-1628 FUJI T 06-0243 FUJIMURA T 14-0763 FUJINO M 16-1023 F U J I S A K I MC 02-0047, 0 2 - 0 0 4 8 FUJITA Y 0 6 - 0 2 6 0 , 16-1049 FUKUDA A 22-1774, 2 3 - 1 8 4 9 , 23-1869, 23-1870 FEKNI K 18-1382 FUKUSHIMA K 14-8784 FHLLMAN J 19-1473 FUNK JE 03-0086 GABA~HVILI TG 05-0185 GABE MK 19-1446 GABUDA SF 12-0512 GABUNIYA KE 12-0544 GAF~RTTNER ER 16-1048 GAGNON WF 17-1119 GAILAR NM 14-0722 GAINES GL 07-0296 GALLAGHER JJ 14-0765 G A L T S EV AP 14-0680 G A M A Y H N O V NI 06-0217, 12-0513. 12-0514 GANCY AB 20-1809 GANGI RA 1 8 - 1 1 7 7 G A N G W A N I GS 16-I024 G A R A B E D I AN H 22-1769 GARDINER RG 19-1514 G A R N WE 14-0766 G A R R E T T EB 16-1078 GARRETT ND 06-0235 GARy LP 18-1165. 19-1515 GAULT JD 23-1939 GAZIMUDDiN M 12-0515 GEBBIE HA 14-072~. I~-0738 GEBICKI JM 1 7 - t l 03 GENADiEV N 05-0186 G E R T R i C E 14-0767, 14-0768. I~-0813 GENTZLF~R G L 03-0087 GERBER HE 05-0187 GETOFF N 15-0948 G E T Z E N FW 18-1241. 18-1242 GHATAK AK 16-0992 GHEORGHE D 16-1025, 16-1066. 16-I067 GIANTHRCO FRA 18-1243 G I B E S AG 16-1026 GIBBS JH 18-1244 GIESE K 12-0578 GIGUEP.E P A 14-0769. 2 0 - 1 6 2 9 GILDSETH W 04-0148 GILKERSON WR 13-0626 GILLAMWS 10-0372. 16-1071, 16-1072, 20-1699, 22-1784. 22-1765 GILLEN KT 09-0341 GILLES L 01-0015 GILLESPIE MD 09-0352 GILMA~ RR 18-1267 G I L R A NK 05-0188, 10-0373, 23-1883 GILSON BR 18-1190 G I N G O L D MP 19-1516. 19-1517 GiNSBERG A 16-1019 GIRP~RD G 04-0149, 04-0160 G I R E N K O V A N' 06-0226

732

Bibliography on Physical and Chemical Properties of Water: 1969-1974

GIRGIS YM 12-0582 GIRI~ OP 14-0679, 14-0839 G I S P E R T BM 21-1730 GITLIN SN 22-1770 G I T T E N S GJ 07-0290 G L A S E L JA 13-0627, 13-0628, 13-0629 GLASS JC 19-1518, 19-1520 GLEMBOTSKII VA 11-0434 GLEN JW 12-0476, 23-1827, 23-1850. 23o1884 G L E W DN 14-0770, 21-1731 GLINSKII AA 11-0424 G L O C R M A N N HP 12-0516 G L O R I A HR 15-0930 G L O Y N A EF 17-1122 GOBIN PF 23-1976 GOBUSH W 23-1851 G O D D A R D WA 14-0771, 18-1271, 18-1273 GOEL A 18-1373, 18-1374, 19-1519 G O K H A L E NR 05-0189 G O L D LW 23-1899 GOLD V 20-1630, 20-1631, 20-1632 GOLD W (ED$) 01-0030 G O L D B E R G RN 12-0517 G O L D M A N LM 14-0865 G O L O V I N VS 06-02~9 GOLUB S 15-0949 GOMAN K 14-0872 GOND F 07-0291 GOOD PA 07-0292 GOOD WE 06-0236 G O O D A L L DM 12-0518 G O O D W I N LK 12-0507 GOPINATHAN C 17-1120, 1 7 - 1 1 2 1 GORBATYI YUE 14-0701, 14-0702, 14-0772, 14-0773 GORBIS ZR 06-0237 G O R B U N O V BZ 14-0774. 14-0775 GORDiETG BF 14-0696 GORDON JE 18-1245 G O R D O N MS 18-1246 GORDY W 14-0739, 14-0740, 14-0741, 14-0742 GOREMYKINAVV 20-1611 G O R I N G DAI 14-0857, 14-0858, 14-0859, 14-0860 GORLOVSKII DM 06-0238 GORNOSTANSKY S 23-1973 G O R S E K O V AI 10-0374, 20-1633 OOSAR P 23-1852 G O S E C H I T S K I I BN 16-1027 G O S K O V PI 11-G425, 13-0630 G O S K O V A GS 13-0630 GOTOH Y 16-1028 GOTTLIEB M 15-0950 GOUGN SR 23-1853, 23-1854 GOVINDARAJAN J 23-1655 G O Y A L IC 16-0992 GP~%BA~ DG 19-1471 GRAF G 19-1518, 19-1520 GRANCEA I 16-1029 GRANDI G 03-0105 G R A N I C E E R H 23-1856, 23-1857. 23-1858, 23-1970, 23-1972 GRANT EH 12-0519, 12-0520 GRANT WH 19-1542, 19-1543 GRASDALEN H 16-1030 G R A Y MA 15-0951 G R E B E N Y U K VD 13-0649 G R E E N E FT 03-0088 GREENROW RC 12-0518 GREGORIO P 03-0089 GREIF R 06-0239 GREYSON J 0~-0144 GRIBANOVA EV 07-0293 G R I B O V LA I~-0776 G R ~ G O R E V BA 02-0041 G R I G O R E V A GA 16-1011, 16-1012, 16-I053 G R I G U L L U 23-1860 G R I M S R U D EP 18-1247 G R I N C H E N K O IV 16-1042 G R I N D L E Y T 02-0042 G R I O N CE 12-0602 GRISHKOV AYA 03-0126, 03-0127 G R O M I E C MJ 17-1122 GROSS GW 12-0486# 20-163~ G R O S S E AV 18-1248# 18-1249 G R U E N DM 14-0889 G R U N W A L D E 03-0099 G U B E R M A N SL 18-1250

GUELACEVILI G Iq-0721 GUEST MF 15-0928 GUIDOTTI C 18-1173, 18-1174w 18-1251, 20-1635 G U I N I E R A 18-1312 GUIZONNIER R 12-0521 GUNBIN YV 14-0799 GUPTA BM 15-0985 G U P T A JC 19-1518, 19-1520 G U P T A RK 13-0659 GHPTA RN 02-00q3 G U R E V I C H II 23-1859 GURIKOV u 03-0090, 04-0150, 14-0777, 16-1087, 18-1252, 18-1253, 18-1254, 18-1255, 18-1256, 18-1416, 18-1417, 18-1438 G U S E V VV 16-1027 GUTIERREZ L 14-0848 G U T S C H i C K VP 11-0450 GVELESIANI A I 05-0185 HABENSCEHSS A 04-0146 EABERDITZELW 13-0653 HADZI D 19-1458 E A D Z I S E H O V I C MF 17-1123 H A G L E R AT 03-0091, 14-0815, 18-1309 HAHN SJ 10-0367 HAHNDORFF A 20-1602 HAHNE E 23-1860 HAIDA O 23-1861, 23-1862, 23-1913 HAISSINSKY M 11-0426 HAKLIK L 18-1280, 18-1281 H A L E BN 07-0286, 22-1771 HALE GM 14-0778, 15-6952 HALICIOGLU T 19-1521 HALL GG 18-1232, 18-1408 HALL RT 14-0779 HALLABA E 12-0522 H A L L A M HE 18-1257 HAM M 12-0584 HAMADA T 20-1706 H A M A N N SD 10-0375, 12-0523 H A M E K A HF 13-0614, 13-0656 HAMER WJ 20-1636 H A M / L L WH Ia-0817, 17-1102, 17-1124, 17-1125, 17-1126, 17-1140, 17-1149 H A M I L T O N WC 23-1863 EAMM RN 12-0543, 14-0784, 14-0863, 17-1155 H A N D L E R ES 18-1258 HANKINS DB 18-1259, 16-1260, 20-1637 H A N S E N LF 16-1080 HARADA y 14-0780, 14-0781, 14-0850 H A R A E O N K 12-0606 HARDY SC 22-1772 H A R I D A S A N TM 23-1855 HARLING OK 16-1031, 16-1032, 17-1127 HARRIS FS 15-0953 HARRIS MJ 06-0233 HARRIS RE 19-1582 HARRISON H 15-0939 9 HARRISON JE 12-0524 HART EJ 16-1006 HARTKOPF A 07-0294, 07-0300 HARTMANN F 21-1732 H A R V E Y SC 14-0782 HASEGAWA M 18-1429. 18-1431 H A S E G A W A S 06-0261 H A S E G A W A Y 20-1638 HASEiMOTO E 17-1130, 17-1131 HASELER JC 06-0263 HASSON D 06-0271 H A S T E D JB 12-0525, 12-0526, 14-0726, I~-0923, 19-1522 HAHN L 09-0342 HAUTOJAHVI P 20-1660 E A U W E L L F 07-0295 HAWKES JB 15-0954 E A W K S W O R T E WA 09-0363 HAWLEY SA 11-0427 HAY PJ 18-1271 HAYNES JM 19-1505, 19-1506, 19-1507 H A Y W A R D ATJ 04-0151 H A y W O O D BC 16-I033, 16-1057 HEARN B 12-0~74 H E B E R T D 20-1628 HEHRE WJ 16-1034 HEIBER I 14-0816 REITZ WL 05-0180 HELEIG W 19-1523

Author Index to Bibliography H E L L E R DF 14-0783 H E L L E R JM 14-0784 HELMINGER P 14-0739, 14-07q0, 14-0741, 14-0742, 18-1202 H E L M R E I C H D 23-1835, 23-1864, 23-1865, 23-1866, 23-1915, 23-1958 H E M M E S P 20-1639 H E N D R I C K S RW 16-1035 HENNING O 14-0785 H E N S O N BL 12-0527 H E P L E R LG 04-0152, 12-0517 HERBERHOLD M 19-1524 HERGET WE 14-0786 H E R R I C K CS 07-0296 HERTZ HG 13-0631, 13-0632t 13-0633, 13-0634, 16-1090 HESS HV 06-0258 HESSION J 19-1471 HICKEL B 17-1128 H I C K M A N K 07-0297 H I D D E N NJ 11-0412 HIGASHI A 22-1773, 22-1774, 22-1775, 23-1849, 23-1867, 23-1868, 23-1869, 23-1870, 23-1933 H I L D E B R A N D JH 19-1525 H I L L I E R IH 15-0928 H I N D M A N JC 09-0343, 13-0635, 16-1036, 16-1037, 16-1038 HINDS AR 18-1266 HIPOLOTO O 23-1871 H I R A H A Y A K 06-0260 HOBBS PV 22-1776, 22-1778, 23-1872 HOCH M 09-0341 H O D G S O N AS 06-0240 HOEJER G 18-1261 HOEKSTRA P 12-0528, 14-0782, 19-1526 HOEVE CAJ 23-1851 H O F A C K E R BL 23-1844, 23-1845 HOFF EV 04-0163, 12-0563 HOELNEICHER G 12-0482 HOLLINGER A 11-0423 H O L L O W A Y JR 02-0035# 03-0069 HOLTON G 11-0427, 11-0431 H O L T S L A N D E R WJ 21-1733 HOLZAPFEL W 02-0044, 12-0529, 23-1873 HOLZER W 14-0787 H O N D A E 06-0261 H O N E Y B O R N E DE 19-1527 HOPKINS JM 12-0530 HORD J 20-1640 HORIE T 15-0980 HORIE E 11-0428 HORN M 18-1262 B O R N E RA (ED) 01-0019 HORNE RA 01-0016, 01-0017, 01-0018, 18-1263. 18-1264, 20-1641 NORHKI J 21-1734 HOHSLEY JA 18-1230, 18-1265 H O S L E R CL 05-0203 HOSOMI S 18-1284 HOSTENY RP 18-1266, 18-1267 H O W A R D CJ 20-1642 HOWF~LL BE 19-1528 H O W E R Y DG 13-0636 HOY AR 18-1268, 18-1269 H O Y E R M A N N K 20-1620 HUANG J T J 15-0971 HUBER H 23-1874 HUBER R 01-0020 H U E M A N N M 23-1970, 23-1972 H U F F M A N RE 14-0795 HUGHES RB 06-0241 H U L S T O N JR 18-1270 HUNT WJ 14-0771, 18-1271, 18-1272, 18-1273 H U N T E R JA 04-0168, 10-0372, 16-1071, 16-1072, 20-1699 H U T T O N AM 12-0531 HWANG LP 03-0085 HYNE JB 0q-0158, 04-0159 ICHIMURA S 21-1735 ID AJ 06-0242 IDA M 12-0532 IERNETTI G 11-0429 I G N A T O V G 03-0092 ILGUNAS V 11-0441 ILKIND AN 11-0a67 I L Y A S H E N K O VS 14-0820

733 I N D I R A KS INZELT G

12-0533 15-0932

IOFFE AI 11-0430 I O N O V LP 12-0591 I O N O V VI 16-1039 IOSiF V 16-1029 IPPOLITOV II 14-0788,

14-0789. 14-0842 14-0821 15-0955 ISBIN HS 20-1708 I S H M A E V SN 16-1040, 16-1041 ISMAILOV DS 08-0329, 10-0390 ITAKAWA Y 14-0790 ITANAMI S 21-1735 ITO M 19-1529 IVANOV VV 16-1042 IVANOVA GM 13-0637 IWAI T 15-0980, 20-1701 IWASKA/ I 19-1530 I Y A T A K E O 06-0243 IZRAILEVSKIi LB 10-0394, 10-0395, 10-0396, 10-0397, 10-0398, 10-0399 IZUMI K 20-1643 J A C C A R D C 12-0534, 23-1874, 23-1875, 23-1876, 23-1877, 23-1878 JACOB J 14-0791 J A C O B S O N RN 06-0244 JAIN PC 02-0043 JAIN SC 10-0376 J A K O B S E N RJ 19-1463, 19-1531, 19-1559, 19-1560, 19-1561 J A K U S Z E W S K I B 07-0298 JAMES DW 09-0344 J A M E S O N RF 20-1644 JANCSO L 15-0932 JANKAUSKAS Z 13-0638 J A N S O O N E VM 12-0535 JARVIE JO 18-1274, 18-1275 JARZYNSKI J 10-0377, 11-0419, 18-1206 J A S E J A TS 14-0864 JASZUNSKI M 13-0639, 13-0640, 16-1043, 18-1276 JAYAWEERA K 22-1777 J E L L I N E K HHG 07-0299, 23-1879 J E ~ E V E A U A 23-1880, 23-1881, 23-1960 JENNINGS SG 12-0536 J H A KM 12-0537, 20-1645, 20-1688 JHO CH 03-0093 JHON MUS 10-0367, 18-1277 JICKLING RS 21-1736 J I N D A L BK 12-0538 JOHARI GP 23-1862 JOHN PT 03-0094 JOHNS JWC 18-1278 J O H N S E N R 20-1659 J O H N S O N DA 05-0191 J O H N S O N MM 18-1229 J O H N S O N RW 12-0603 J O H N S O N S 04-0168, 20-1699, 22-1764, 22-1765 J O H N S O N WH 11-0431 JOLICOEUR C 14-0719 JOLY M 12-0478 JONAS J 18-1305 JONAS JJ 23-1900 JONES EG 20-1646 JONES SJ (EDS} 01-0007 JONES SJ 01-0030, 23-1883, 23-1884, 23-1925 J O O S E N CJJ 06-0276 J O R D A N WB 03-0095 JOVIC D 23-1885 J U M P E R CF 14-0706 JWILI ETP 14-0792 KABAKCHI SA 01-0028, 17-1129 K A B I R O V A RA 13-0655 KADOTANI H 16-1049 KADZI D 19-1459 K A G A R L I T S K A Y A IV 13-0654, 13-0655 KAHANE A 23-1813, 23-1842, 23-1886 KAHN L 12-0563 KAISER S 18-1294 KAISER W 14-0867 KAJI WARA T 14-0793 K A K H A D Z E AE 12-0544 K A K I H A N A H 20-1647 K A L I N I C H E N K O AM 14-0834 KALMAN E 18-1280, 18-1281, 18-1307, 20-1648 K A L Y A N O V BI 11-0442 I R I S H DE IRVINE

WM

734

Bibliography on Physical and Chemical Properties of Water: 1969-1974

K A L Y A N O V GP 13-0663 K A L Y A Z I N EP 17-1106 KAMB B 18-1282, 19-1532, 23-1863, 23-1887. 23-1888. 23-1889, 23-1890 K A N E K O M 14-0794, 15-0956 KANEKO Y 16-1073 KARASEV W 19-1~90 KARCZEWSKA I 13-06~I K A R E T I N K O V GS I~-0755 K A R G E R BL 07-~294, 07-0300 K A R M E N Y A N KV 14-0744 KARPLUS M 14-0796 K A S A T I Y A SS 20-1702 K A S H C H E E V A TV 12-0547, 12-0548 KASS M 12-0588 K A S S N E R JL 07-0286. 19-1467 KASUYA T 14-0893 KATAYAMA A 18-1283. 18-1284 K A T A y A M A DH 14-0795 KATO H 18-1382 KATO M 12-0539 K A T R I T Z K Y AR 12-0579 K A T T A W A R GW 17-1142 KATZE U 12-0578 K A U F M A N F 20-1642 KAUZMANN W 01-0011, 14-0926 KAWAI K 14-0856 K A W A T A Y 06-02~3 KAy RL 12-0540, 12-0541, 12-0596 K A y S E R WV 07-0297 KAZAS TS 12-0542 KAZAVCHINSKII u 03-0096 KEARNS DR 14-0793 K E B A R L E P 18-1247 KECKI A 14-0885 KECKI Z 13-0641, 14-0750, 14-0751 KEKIS D 19-1508, 19-1509 KELL GS 02-0045 e 03-0097, 04-0153, 18-1285, 18-1286 KELLER J 18-1261 KELLY NP 18-1335 KENEMUTH JR 11-0~23 KERIMOVAM 10-0365, 10-0366, 10-0378 KERN CW 14-0796, 18-1302 KERR GD 12-0543 KESSARIS ND 14-0797 KESSLER u 18-1287 KESZTHELYI L 19-1533. 19-1534 K E T C H A M WM 05-0192, 22-1778 KEVAN L 23-1891, 23-1892, 23-1893 K E V A N I S H V I L I GS 12-05~4 K H A B A R O V VN 07-0313 K H A L O I M O V AI 1~-0798, 14-0878 K H A R I N SE 84-0154 K H A R I N VM 08-0328 K H A R I T O N O V KG 10-0395, 10-0398 K H A S A N S H I N TS 03-0060. 04-0171 K H A Z O V LD 14-0887 K H E N T O V VY 14-0799 K H M E L E V T S O V SS 15-0957 K H O D Z H A E V OF 23-1894 K H O K O N O V KHB 11-0464 K H O L O D N I T S K I I HA 10-0379 K H O V R I N GV 14-0776 K E R I P U N MK 16-1088 K H R O M O V A EN 19-1490 KIHARA-MORISHITA H 14-0892 KIN H 18-1288 K I N TS 19-1535 K I M E L LR 17-1161 KING CF 21-1737 KING SV 18-1188 K I N G WD 05-8193 K I N G H A M DJ 10-0380 KINGEIAMJD 19-1946 KINOSHITA N 14-0763 KINT S 14-0872 K I P A VK 12-0568 KIRA K 19-1536 K I R G I N T S E V AN 13-0642 KISEL 16-1044 K I S E L E V AB 18-1289, |8-1290, 18-1291, 18-1332 KISELEVVF 07-0303 K I S E L E V VI I~-0685, 14-0686 K I S E L E V A OA 19-1481 KISELNIK W 09-03~5

K~SIN VI 19-1486 K I S L O V S K I I LD 18-1369 KISTENMACHER H 18-1292. 18-1293, 18-1367 K I S Z E N Z C K W 23-1826 K~SEN V! 13-0643, 13-06W4. 13-0667. 20-1649 KLEIN GP 12-0~85, 14-0687 KLEIN R 11-0426 KLEZ~BERG R 16-1084 K L E I S S LM 14-0800 KLESS~NGER M 14-8801 KLIER K 14-0802 K L I M E N K O NM 18-1439 K L I M ~ I N VF 12-0468 K L I N G E H 06-0225 K L I N G E R J 23-1895 KLOSE M 14-0803 KLOUBEK J 23-1896 KLUG 08 23-1897 K L Y U C H N I K O V N 13-0844 KNAPP~OST A 23-1956 KNIGA AA 04-0154 K N I G H T CA 07-0301, 22-1779, 22-1780 K N O L L DB 23-1979, 23-1984 KNOOP FWE 14-0804 KNOWLES EC 06-0258 KOBAYASNI T 22-1781, 23-1890 K O B U S H K I N PK 11-8432 KOCHNEV IN 14-8805, 14-0806w 14-0878, 20-1650 K O C H N E V VN 11-0414 K C C H U R O V A NN 07-0302, 07-0313 K O E S T E R H 04-0155 KOH/~ FJ 19-1540 KOHLER F 11-0433 KOHN BH 13-0636 KOIKE M 17-1130, 17-1131 K O K U S H K I N AM 14-0679 K O L A C H TA 06-0245, 06-0246 KOLB CE 14-0807 K O L C H E M A N O V A AE 11-0434 K O L C ~ U G I N BA 06-0249 KOLLERJ 1B-1294, 19-1458, |9-1459 K O L L M A N ~A 18-~295, 18-1296, 18-1297, 18-1452. 19-1453, 19-1454, 19-1455. 19-1582 K O N D R A T E V BS 17-I~32 K O N K O V AA 17-1133 K O N O V A L O V AI 06-0278, 11-0457, 11-0465. 19-1481 K O N O V L O V AE 19-1480 K O N S T A N T I N O V LV 16-1027 K O P C U I K O V IA 06-0246 K O P P E L JU 16-1001 KOR SK 10-0381, 18-0382. 10-0383. 10-0384. 10-0385, 11-0435, 11-0~36. 11-0437. 11-0438, 11-0439, 18-1298 K O R L X A K O V ED 20-1689 K O R M E R SB 11-0440 KOROSI A 10-0372 K O R O T E N K O MN 05-0210 K O R O T O V S K I K H PM 16-1027 KORSON L 10-0386 K O K T N E V AA 11-0463 K O S A - S O M O G Y L I 19-1537 KOSARIC N 21-1744 K O S F E L D R 12-0545 K O S H K I N VM 12-0514 KOSKi WS 12-0489, 12-0490, 20-1662 K O S T A N C B U K DM 86-0272 KOSTROVA LI 13-0619, 13-0620. 13-0621 KOTHARI LS 16-0993. 16-1024 K O V A L C H U K DS 18-1299 K O V A L E N K O AE 20-1717 K O V A L E V SA 06-0247 K O Z H E V N I K O V A GV 14-0808 KOZLOWSKI Z 13-0645 KRASNOV KS 12-0542 KRASTANOV L 22-1782 KRAUSS H 19-1538 KRANSS M 14-0843. 18-1266 KRAUSZ AS 23-1899 K R E D E N T S E ~ EI 14-0809 KREIZEROVA AYA 02-0054 KRELL J 18-1300, 18-1301 K R E P O N O S O V A AN 13-0611 KRF.SGE AJ 20-1651 KRiER G 20-1652 K R I N D E L P 18-1219 KRISHKEVICH GV 11-0440

A u t h o r Index to Bibliography K R I S H N A N CV 03-0085 KRIULKOV VA 14-0799 K R O H N BJ 18-1302 K R O H N NA 14-0688 KROSTEK WD 09-0352 K R U M G A L Z BS 18-1303, 2 0 - 1 6 5 3 K R Y U K O V PA 12-0549# 12-0575 K S E N O F O N T O V AI 17-1161 KUBILIUNIENE 0 11-0441 K U C S E R Y A V Y I VI 06-0238 K U D I S H AI 0 4 - 0 1 5 6 , 10-0387 KUDRYASHOV LL 17-1129 K U K O L I C S SG 14-0810 KULES I 17-1134, 17-1150 K U L S E I I iA 20-1654 KUMAR J 13-0646 KUON LG 23-1900 K U P p E R M A N N A 1 4 - 0 8 9 4 , 14-0895 KURILENKO OD 13-0649. 13-0650 KUROKI N 18-1284 K U R T I N BC 19-1539 KURTIN SL 19-1539 KURZAEV AB 07-0303 KSSHCHENKO AD 20-1649 KUSUDA H 06-0248 KUTKOV AA 23-1901 KUZIKOVSEII AV 15-0957 KUZMIN VA 15-0942 KUZNETSOV VN 15-0958, 15-0959 K U Z N E T S O V A NP 2 0 - 1 6 5 5 KVAJIC G 2 2 - 1 7 8 3 , 2 2 - 1 7 8 4 , 22-1785, 22-1786, 22-1787, 2 3 - 1 9 1 9 KVLIVIDZE VI 07~ 13-0647 L A B B E HJ 23-1818, 23-1819, 23-1820 L A B U N T S O V DA 06-0246, 06-0249 L A D E R HJ 19-1515 LAFARGUE C 23-1904 LAFFERTY WJ 14-0691, 14-0811 LASRONE AH 18-1279 LAKSHMINARAYANA K 11-0460, 11-0461 LAMANNA U 20-1635 LAMBERT I 21-1720 L A M B E R T NK 06-0250 LANCASTER J 19-1528 L A N D M A N DA 17-1116 L A N E JG 02-0046 LANG G 21-1723 LANGDON TG 23-1902 LANGER G 2 2 - 1 7 8 8 LANGEVIN D 15-0960 L A N G H A M EJ 23-1903 L A N G H O F F SR 18-1218 L A P A T U K H I N IV 13-0644, 13-0655 LAPIN YAS 20-1655 LAPKIN W 11-0409 L A p L A C A SJ 23-1863 LAPP M 14-0865 LARIN VA 18-1438 LARSON JW 03-0098 LASCAR A 02-0033 LASSETTRE EN 14-0812, 14-0882 LATHAM J 12-0536 L A T U N I N VI 08-0332, 08-0333, 0 8 - 0 3 3 4 LAU A 14-0915 LAUVER MR 19-1540 LAVRENCIC D 21-1738 LAZARENKO BR 12-0546, 13-0611 L A Z A R E V KA 07-0322. 07-0323 LAZOVSKII YAB 20-1656 LE DUFF Y 14-0787 LE NARVOR A 14-0767, 14-0768, 14-0813 LE PETIT JP 23-1904, 23-1905, 23-1906 L E B E D E V DP 06-0251, 06-0252, 0 6 - 0 2 5 3 L E B E D E V PD 08-0246 LECLERC J 14-0791 LEE I 18-1304 L E E SJ 16-1045 LEE Y 18-1305 LEFRANCOIS B 21-1749 L E G I N EK 16-1087# 18-1416, 18-1417 LEHACI F 18-1306 LEIDECKER HW 0 2 - 0 0 4 6 , 14-8718 LEISERSON L 10-0372 LEMAIRE G 17-1135, 17-1136 LEMPERIERE G 14-0732, 14-0814 LENGYEL S 18-1280, 18-1281, 18-1307

735 L E N T Z BR 14-0815, 18-1308, 18-1309, 18-1310 LENZ K 14-0915 LENZI F 20-1657 LEONOV LF 07-0304 L E P E N D I N L~ 11-0~42 LEPPLE FK 04-0162 LERE-PORTE M 05-019~ L E R W I L L BR 20-1658 LESRCHENKO VP 13-0650 LESPINASSE B 07-0318 LESUR P 21-1739 L E T C H E R JH 18-1311 L E T N I K O V FA 12-0547, 1 2 - 0 5 4 8 LEU MT 20-1659 L E U N G CS 03-0099, 19-1468, 19-1470 L E U N G PS 16-1069, 16-1070, 16-1072, 18-1381 LEVAu B 20-1660 L E V E L U T AM 18-1312 LEVENSON LL 06-0222, 06-0223, 06-0224 L E V E N T H A L JJ 14-0743 LEVI L 22-1789, 2 2 - 1 7 9 0 , 23-1907 LEVIN AYA 10-0394, 10-0395, 10-0396, 10-0397, 10-0398, 10-0399 LEVIN VV 20-1611 LEVINE S 01-0024, 18-1313, 18-1360, 19-1555 L E V I N S DM 2 1 - 1 7 4 0 , 21-1741 LEVKOV L 05-0186, 0 5 - 0 1 9 5 , 2 2 - 1 7 8 2 L E V Y HA 18-1343, 18-1344, 18-1345 LEW H 14-0816 LEWIS D 14-0817 LEYDEN DE 13-0669 L E Z H N E V NB 11-0409 LI NC 13-0661 LI P C 14-0818 LiABASTRE AA 18-1363 LIANG JH 18-1314 LICNERI G 18-1207, 18-1315, 18-1316 LIE GC 18-1293 LIEB EH 23-1908 LIEBERMAN A 22-1788 LIEBMAN JF 20-1661 LiEBMANN SP 18-1317 LIFTON JF 20-1711 L ~ L G A KT 23-1824 LILICS LS 16-1088 LILLEY TH 01-0021, 13-0617, 14-0819 LIMANDAS M 17-1117 LIMOUZI J 14-0716 L I N SS 22-1770 LIND JE 02-0042 LINDEMANN E 20-1662 L I N D E N M E I E R CW 16-I026 LINDGREN J 18-1318 LINGERTAT H 19-1468, 19-~W70 LINNETT JW 19-1541 L I N O V ED 12-0549 LINTON M 10-0375, 12-0523 LIOPO VA 0 7 - 0 3 0 9 , 18-1289. 18-1290, 18-1291, 18-1332 LIPIS LV 14-0820 L I P P E R T E 23-1961 LIPPERT TE 06-0254 LIPPIATT JH 11-0445 LIPPINCOTT ER 14-0689, 19-1463, 19-1542# 19-1543, 19-1544, 19-1560 L I P U N O V AS 16-0999, 16-1000 LIS W 13-0645 LISACEENKO AA 15-0958. 15-0959 LISCEKA H 18-1319 LITOVITZ TA 14-0845, 15-0936 LITVINENKO IV 08-0324 L I U CC 07-0305 L~ZE A 15-0961 LO CL 11-0443 LOBANOV AM 11-0416 L O B A N O V GA 03-0100 LOBO R 12-0550, 23-1871 L O C K W O O D DJ 14-0821 LOEER TM 15-0951 LOGAN KW 23-1939 LOGLIO G 03-0075, 07-0284 LOJKO MS 14-0822 LOLGDFELD MG 12-0477 LONG J 12-0551 LONGINI RL 23-1816, 2 3 - 1 9 5 7 LOPATIN W 12-0552

736

Bibliography on Physical and Chemical Properties of Water: 1969-1974

L O P Y R E V NK 18-1438 LOSONCZY M 20-1663 LOVEJOY RW 19-1512 LOW MJD 14-0823 LOW PF 19-1545 LOW W 11-0456, 14-0824 L O W D E R JE %4-0825 LOWE BM 12-0553 LOWE IJ 16-0994 L O W S O N RT 12-0554 LUAN PC 12-0555 LUBART L 23-1907 LUCAS M 03-0101, 18-1320, 18-1321, 18-1322, 18-1323 LUCK W A P (ED) 01-0022 LUCK WAP 14-0826, 14-0827, 14-0828, 14-0829, 14-0830, 18-1324, 18-1325, 18-1326, 19-1546 L U K Y A N O V I C H VM 19-1486 L U N D LN 07-0286 L U N D I N AG 12-0512 LUU DC 18-1375 L Y A P U N O V NA i6-I000 L Y A S H C R E N K O AK 18-1287 L Y C H AM 12-0513 L Y C H A G I N NI 04-0157, 13-0648 L Y C E N I K O V DS 19-1481, 19-1493 LYKOV AV 22-1791 L Y N C H MJ 23-1934 LYONS PA 12-0493 L Y U B A V I N AK 12-0562 LYUBCHENHO W 20-1667 M A Py 16-1045 M A C D O N A L D DD 04-0158, 04-0159, 12-0556 M A C D O N A L D JC 10-0388 M A C D O N A L D JR 10-0389 M A C K E N Z I E AP 03-0114, 19-1576, 20-1686 M A C K L I N WC 22-1792, 22-1793 M A D E L E Y JD 11-0445 MADER CW 1 1 - 0 4 2 0 , 1 1 - 0 4 2 1 M A D I G O S K Y WM 19-1547 M A E S 23-1870, 23-1909 MAEDA M 20-1647 M A E N O N 23-1910, 23-1911 MAESTRO M 12-8478, 13-0689# 13-0610, 20-1635 M A G N U S S O N LB 14-0831, 18-1327 M A I B O R O D A VD 17-1107, 17-1137 M A I D I Q U E MA 23-1979, 23-1984 MAIER G 16-1068 MAIER M 14-0832, 14-0867 M A K A R O V VK 11-0463 M A K N M U T O V ZHM 11-0434 M A K H N E V YUM 13-0637 M A K U S H K I N YUS 14-0788, 14-0789, 18-1328, 18-1329, 18-1330 MALECKI J 12-0576 M A L E N K O V GG 03-0120, 14-0871# 18-1383 M A L O M U Z R NP 09-0346 M A L T S E V AN 11-0444 M A L Y K H NV 06-0255 M A L Y S H E N K O YUI 12-0557 MALYUK NG 09-0345, 16-1044 M A L Y U K OP 11-0434 M A M E D O V AM 03-0102, 08-0329, 10-0390 MANK W 13-0649, 13-0650 M A N N I N G PG 19-1446 M A N S F I E L D WW 07-0306, 19-1514, 19-1548, 19-1549 MA~CHETTI C 20-1617 MARCIACQ-ROUSSELOT MM 18-1323 M A R D O N PG 16-1035 M A R G I N E A N U P 21-1728 M A R G O L I S G 22-1763 M A R G U L I S /viA 11-0444 MABIN B 18-1331 M A R K O V MS 12-0599 M~SHALL TO 16-1048 MARSHALL-COAKLEY J 14-0845 MARTENS H 12-0558 M A R T Z N FS 19-1583 MARTIN JS 16-1081 MARTIN JW 23-1829 MARTINHO E 09-0347 M A R U MP 15-0945 MASCA~RENHAS S 23-1912 MASNKOVICH VP %6-0999, 18-1000 M A S L E N K O V A GL 10-0369 M A S L O V VN 20-1664

MASSEY WR 19-1567 MASUDA Y 14-0833 M A T E S I C H MA 18-1225 MATRON W 12-0499 MATSUO T 23-1861, 23-1862, 23-%913 MATSUSSIMA T 12-0559 MATTSEN M 20-1694 MATUS L 17-1143 M A T V E E V LT 06-0256 M A T Y A S H iV 14-0834, 19-1596 MAy KR 06-0257 M A Z I T O V RK 16-1012 MAZZACURATI V 15-0938 M C B E T H RL 14-0889 M C C A B E E WC 14-0759 M C C A F F E R T Y E 20-1718 M C C A L L RC 17-1158 M C C A R T N E Y JN 15-0928 M C C O Y FC 06-0258 MCCOY W 16-1071, 16-1072 MCELROY PJ 19-1504, 19-1505, 19-1506, %9-!507 M C E W A N MJ 15-0947 M C G U I R E GE 15-0940 M C G U I R E MJ 10-0380 M C L A C H L A N LA 13-0651 MCLAUGHLIN E 10-0391 M C M A S T E R WH 05-0207 MEAD CA %9-1539 M E D V E D E V GV 12-0586 M E I S E L S GG 12-0560 MELESBKO EA 23-1859 M E L N I C N E N K O VY 12-0591 M E L N I ~ O V NA 11-0430 MELNIKOV VN 06-0265 M E L O A N CE 14-0715 M E L T O N CE 12-0561, 14-0835, 16-1047 M F - ~ C B E M 04-01~9, 04-0160 MF/~ES FR 19-1550 M E N T A L L JE 14-0846 M~.I~Z F.~L JH 16-1048 MF~CEA V 21-1742 M F/~CI F-~ JL 20-1665 M E R i A K R I VV 14-0682 MF.RLINI C 03-0089 MERZ HANOV KM 19-1493 M E S M E R Rs 20-1705 MESSMER BP 19-1551 M E T S I K MS 04-0165, 07-0307, 08-0330, %2-0562, 14-0836, 18-1289, 18-1290, 18-1291, 18-1332 METZGF-~ N 19-1501 MEYER W 18-1333 M I A N ME 04-0138 M I E L C Z A R E K SR 14-0837, 14-0843 MIHICH L 18-1169 MIKAWA y 19-1463 M I K H A I L E N K O MM 06-0268 M I K H A I L O V BA 14-0808, 14-0838, 14-0839, 14-0840# 14-08~1, 14-0927, 15-0987 MIRHAI/X)V GD 11-0457, 11-0465 M I K H A I L O V NV 12-0481 M I K H A I L O V VM 14-0842 MIKOVSKY RJ 21-1743 MILLER A 18-1334 MILLKRAA 20-1666 M I L L K R EV 20-1649 MILLF~RJH 18-1335 M I L L E ~ KJ 14-0837, 14-0843 MILLER OA 17-1160 MILLERO ~J 04-0147, 04-0161, 04-0162, 04-0163, 10-0386, 12-0563 MILLS iM 18-1269 MILLS R 09-0348, 09-03~9, 19-1553 M I L N E TA 03-0088 MILOJEVIC A 17-1123 MiLOS~IC R 21-1744 M I L O S E V I O - K V A J i C M 22-1785, 23-1919 M L L O S M E V G 22-1782 M.ILYAKOVA AA 08-0328 M I N E E V VN I0-0392 M I N T O N AP 12-0564, 12-0565, 19-1552, 23-19%4 M I N T S I S ASH 12-0547, 12-0548 M I R O N E N K O NN 19-1480 MIRUMYA/~TS SO 13-0652, 14-0757 MISDOLEA C 18-1336 M I S H C H E N K O KP 03-0103, 20-1653 M i T R A SK 03-0104, 15-0962, 15-0963

A u t h o r Index to Bibliography MITSUGU O 22-1775 MITZDORF U 23-1915 MIURA M 04-0174 MIYAJIMA K 18-1337 MIYATA T 18-1429 MIYAZAWA Y 05-0196 MIZUNO E 23-1916 MOCCIA R 12-0470, 13-0609# 1 3 - 0 6 1 0 m 14-0762 MOCILNIK i 17-1123 MODYLEVSKAYA ID 12-0604 MGGENSEN OE 17-1113, 23-1917, 2 3 - 1 9 1 8 , 23-1919 M O I S E E V BN 11o0451 MOISEEVA LV 14-0777, 14-0844, 14-0877 MOMICCHIOLI F 03-0105 MONTMORY R 22-1794 MONTROSE CJ 14-0845 MOORE CB 14-0783 MOORE FR 16-1014 M O O R E LS 18-1338 MOORE WE 16-1020 MORACHEVSKII VG 20-1667, 22-1795 MORARIU W 19-1553 M O R G A N HD 14-0846 M O R G A N HW 14-0722. 14-8739 MORI Y 14-0794, 15-0956 MOROKUMA K 18-1339, 19-1554 M O R O Z O V VP 14-0847, 18-1299, 18-1340, 18-1377, 18-1378, 18-1379 MORRISON JD 12-0566", 12-0567 MORSS LR 20-1668 MOSIEVICH AS 12-0573 MOSF~ALEV YUI 20-1669 MOSKOWITZ JW 14-0707, 18-1260. 18-1317. 18-13~9, 2 0 - 1 6 3 7 , 2 0 - 1 6 6 3 MOSKVIN VV 20-1618 M O S T O V O I VI 16-I0~I MOUNIER S 23-1920 MOZUMDER A 20-1670 MROZEK J 18-1341 M U E L L E R FN 12-0~99 MUEI~LER K 13-0653 MU~LLER PR 04-0164, 04-0169 MSELLER RB 04-0168 M U E L L E R WA 19-1539 MUENTER JS 12-0495. 12-0496, 14-0754 MUGURUMA J 23-1921 M U I R H E A D JS" 14-0786 MUNDY WC 14-0848 M U N N O FJ 16-1092 MUNSON B 12-0551 MURAI A 20-1701 MURAKAMI K 06-0243 MURAMATSU A 16-1049 M U R A T O V A IA 23-1859 MURDAEV R 02-0041 MURDAY JS 09-0350 M U R O M T S E V VI 16-1053 M U R P H Y EJ 05-0197 MURPHY WF 14-0849 MURRELL JN 14-0781, 14-0850, 18-1262 M U R S A L O V BA 03-0062 MURTRY ASN 18-1373, 18-1374, 19-1519 MURTY AS 22-1796 MURTY BVR 22-1796 M U R T Y DS 15-0985 MURTY JS 11-0460. 11-0461 MHZSNAY C 03-0106 M Y A S I S E C S E V A GG 12-0502 M Y A T T RN 23-1817 MYERS P 11-0445 MYERS RA 20-1613 MYKOLAJEWYCZ R 23-1982 N A B A T O V SS 11-8414 N A B F R U K S I N YSI I~-0774. 14-0775 NAEGERL H 12-0558 NAGLE JF 23-1922, 23-1923 NAKAHARA Y 23-1924 NAKAMURA T 23-1925 NALEWAJSKI R 18-1341 NALEWAy CA 18-1342 N A N D A VS 02-0043 N A R A Y A N A KL 11-0~46 NARDELLI GF 18-1169 NARTEN AH 16-1050. 16-1051, 16-1052, 18-1343, 18-1344, 18-1345 NARUSAWA U 06-0259

737 N A R Z I E V BN 14-0851 MA~TASE M 20-1671 N A T U S C H DFS 13-0651 MAUGOLNYKH KA 11-0430 N A U M A N N AW 16-1069. 16-1071 N A U M O V IP 20-1655 NAVERUKNIN YUI 18-1346 NAWATA y 06-0260 NAZZER DB 21-1795 NEBBiA G 01-0023 NEE TW 14-0852 NEKRASOVA ~ 19-0853 NF-METNY G 03-0091, 0 3 - 0 1 0 7 , 18-1347w 18-1348 NRMTSOV VB 12-0480 N~pIRAS EA 11-0447 N E R E S O N NG 23-1843 N E R O N O V YUi 03-0108, 09-0351 NERpIN SV 01-0008 N~VETAILOV GA 12-0568 NETA P 17-1138 NETT RE 19-1520 NE~MANN D 18-1349 N E V O L I N A NA 18-1350 NEWMAN KE 13-0617 NEWMAN RH 13-0651 NIBLER JW 18-1351 NICOL M 19-0919 N I E L S E N HH 14-0854 N I E L S E N OV 23-1829 N I E L S E N SO 23-1927, 2 3 - 1 9 2 8 NIKANDROV VYA 22-1797 NIKITASH VG 14-0799 N I E I T i M IK 14-0887 NfKOLAEV AM 09-0357 N I K O L A E V EN 23-1966m 2 3 - 1 9 6 7 N I K O L A E V NA 09-0357 N I K O L A E V NI 16-1011, 1 6 - 1 0 1 2 # 16-1053 NIKOLAEV YUF 20-1655 NIKOLSKII BA 23-IS59 NILSSON G 23-1926, 23-1927, 23-1928 NIR S 12-0569, 1 2 - 0 5 7 0 NISEIEATA K 22-1798. 2 3 - 1 9 2 9 NISNIKAWA K 06-0243. 0 6 - 0 2 6 0 , 0 6 - 0 2 6 1 NISHIMURA T 12-0532 NITSCHKE E 21-1746 N I X O N ER 14-0908 NOACK F 23-1987 NOBLE M 13-0658 NOGALES A 18-1911 M O L L G 23-1930 NOMOTO O 11-04~8, 11-0449 NORK WE 17-1114, 17-1139 NORMAN RL 19-1449 N O R T H E Y NL 20-1687 N O T H N A G E L KE 09-0361 N O U J A I M AA 17-1159 N O V i K O V NP 15-0929 N O V I K O V PA 22-1791 N O W A K ES 03-0070, 0 3 - 0 1 0 9 , 03-0110 NOWAK J 12-0576 N O Z D R E V VF 03-0125 NUMAKUNAI T 14-0856 N U R M I N S K I I II 14-074q N~ZHNYI VM 06-0268 NYE JF 23-1931 O 14-0795 O 09-0352# 1 8 - 1 3 3 8 O 19-1555, 19-1556 O 18-1352, 2 0 - 1 6 7 2 O 0 9 - 0 3 5 3 , 14-0855, 18-1353 O B U K H O V yUV 12-0497, 12-0498, 12-0502 ODA N 14-0856 O D E N C R A N T Z FE 05-0198 ODEa R 14-0857, 14-8858, 14-0859, 14-0860 O F F E N B A C H E R EL 2 3 - 1 9 3 2 O G R Y Z L O EA 14-0861 OGUMI M 23-1913 OGURA H 17-1140 O G U R O M 22-1774, 23-1933 OHKOBO T 17-1130, 17-1131 OHTAKE T 23-1898 OHTANI S 14-0856 OHTOMO Y 22-1804 OKNINSKI A 18-1276 O K U N IZ 17-1141 O L A M D E R DS 05-0199

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Bibliography on Physical and Chemical Properties of W a t e r : 1969-1974

O L A R I U A 21-1728 ONAKA R 14-0862 O N S A G E R L 20-1673 O O S T E R H O F F LJ 14-0804 OPPER I 20-1674 O R E L MA 13-0654, 13-0655 ORLOVAA 14-0788 ORLOV VYU 19-1557 ORTEGA JM 21-1730 OSBORNAR 1~-0689 OSBORNE ~ 20-1675 O S T L U N D NS 18-1407 OSTROVSKII YUN 06-0272 O T T ~ 4 I L L RH 07-0295 OTTO A 23-1934 O V C H I N N I K O V IT 12-0571, 12-0605, 15-0986 O V C H I N N I K O V A EN 05-0200, 05-0201 O V E R B E E K JTG 19-1558 OVEREND J 14-0884# 18-1354 O V O D O V GI 03-0065 OWEN D 12-0556 OWEN T 23-1935 O W I C K I JC 18-1392 O Z A W A S 02-0055 P A C E RJ 14-0690 P A C K E R JC 18-1232 P A D M A V A T E I G" 16-I054 P A D Z I K A 20-1676 P A G E DI 16-1033, ~6-1055, 16-1056. 16-1057, 16-1058. 16-1063 P A G E TF 19-1559, 19-1560, 19-1561 P A G S B E R G P 23-1927, 23-1928 PAINTER LR 12-05~3, I~-0863, 15-0964 P A K E 03-0093 P A L A G I N AA 03-0111 pALAZZI F 18-1191 PALINKAS G 18-1280 P A L I T SR 12-0572 P A L M E R E 07-0297 P A L M E R KF 15-0965 PALMIERI P 18-1187 PAN YC 13-0656 P A N A S y U K AL 12-0573 PANCHENKOAM 17-1161 P A N C H E N K O MS 12-0573 P A N C H E N K O V GM 12-0574 P A N D E Y SK 10-0385 P A N G A R O V NA 17-1144 P A N G B O R N JB 22-1764 PAOLONI L 18-1201 PAPETTI RA 02-0047, 02-00~8 PAPKO VV 12-0574 P A P P A N O AW 09-0354 P A R A S K E V O P O U L O S G 20-1677 P A R D O E GWF 14-0724, I~-0738 PARKASH V 14-0864 PARKS PB 16-1059, 16-1060 PARR RG 18-1288, 18-1409 p A R T S K A H L A D Z E EG 22-1762 P A S S A R E L L I RE 05-0202 P A S T O R i - P A R R A V I C I N I G 23-1936 P A T R O AP 16-1061 P A U L S O N CK 16-1062 P A V L ~ S H C E E V MI 06-0227 P A V L O V PA 03-0074, 06-0269, 20-1678 P A V L O V A TS 07-0293 PAZ S 07-0308 P C H E L I N ~i 18-1355, 18-1356, 18-1428 P E C E E R S K I i OP 13-0665 PEDERSEN B 18-1357 P E D E R S E N LG 19-1562 P E E D E R S E N OB 23-1829 pEEL DR 19-1563 PEER G 06-0262 P E L L A R I N DJ 16-1059, 16-1060 PENA JA 05-0203 P E N N E Y CM I~-0865 P E R E L M A N TL 06-0252. 06-0253 P E R E V E R T A E V VD 04-0165. 07-0309. 10-0393, 12-0562, 14-0752 w 18-1332 PERIZ J 23-1976 P E R K O V E T S VD 12-0575 p E R M I N O V VP 15-0929 P E R N I R O V A TE 17-1152 PERON JJ 20-1679

PERRAMJW 01-0024, 14-0866, 18-1313, 18-1358, 18-1359, 18-1360 P~YSNKINA NG 03-0112 P ~ S C H E L G 19-1564 PETERSEN S 19-1460 PETERSON C 18-1361, 18-1362 PETERSON EM 09-0353 P E T H I C A BA 19-1565, 19-1595 PETRONG C 20-1608 P E T R Y A E V EP 17-1107, 17-1137 P E T S K O GA 13-0657. 19-1566. 19-1567 P E V N I T S K I I LD 20-1649 PF~IEFER GV 18-1361# 18-1362 PFEiFFER M 14-0915 PHILLIPS LF 15-0947 PHILLIPS MC 07-031~ PH~OC DV 12-0555 PICCALL~GA G 18-1207, 18-1315, 18-1316 P I C H A M H T H U JP 06-0263 PICK MA 23-1937 PIEKARA A 12-0576 PiERINI G 18-1191 PIEROTTI RA 18-1363 PISTRONERO L 19-1568 P I K A E V AK 23-1894 P I K E WT 19-1565 P i L A T I DA 06-0264. 06-0277 P I M E N T E L GC 18-1351 PINCBAS S 16-1079, 20-1680 PINCSS PA 15-0951 PINGS CJ 11-0450 PINNA G 18-1315, IS-1316 P i N S K E R GZ 10-0407 P I N T A R MM 23-1973 PIPANO A 18-1267 PIRON J 19-1569 PIRS J 09-0337 P I S T O L E S I D 20-1681 P I S T O R I U S CWPT 02-0049 PITZER RM 18-1176 pLASS GN 17-1142 PLECHATu EP 16-1080 pLO OSTER MN 05-0204 P L U M M E R Jp 16-1007 P L H M M E R PLM 07-0286, 18-1364, 19-1570, 22-1771 PODURETS ~ 11-0451 POGODAEV VA 15-0957, 17-1104 POKROVSKII AG 14-0681 POLAK R 18-1365 POLASTRI F 21-1729 P O L L A C K JB 15-0955 POLLAK ME 18-1366 P O L T O R A T S K ~ I GM 03-0103 P O L U N I N A SA 18-1419 P O N O M A R E N R O AG 12-0468 P O N T E R AB 07-0311 POPKIE H 18-12921 18-1293, 18-1367 P O P L E JA 16-1034, 18-1208, 18-1210 P O P O V AG 22-1795 POPOV LV 11-0451 P O P O V SI 14-0927 P O P O V A SI 15-0966 POPOVSKII VG 10-0368. 13-0611 POROSOFF H 18-1244 P O R T H O U S E GA 13-0617 P O R T O SPS 19-1581 P O T A N I ~ A~ 22-1795 P O T A P E N K O AE 11-0452 POTTEL R 12-0577. 12-0578 P O T T E R JH 03-0113 P O U C H A N C 12-0579 P O U N D E R SR 22-1785, 22-1786. 22-1787 POWLES JG 16-1058, 16-1063, 16-1064 POZZI JP 13-0625 POZZO A 19-1478 P R A D H A N DG 20-1682 P R A K A S H A 23-1863, 23-1890 PR/~SAD R 10-0382 PRASK HJ 18-1414# 23-1938. 23-1939 P ~ U S N ~ T Z JM 09-0352 PRAVILOV AM 15-0967 PREIDEL J 13-0653 PRIBADI KS 12-05~I PRIGOGINE M 19-1571, 19-1572, 19-1573 P R I N C E RH 23-1847 PRITZE B 13-0653

A u t h o r Index to Bibliography PEOCHAZKA K 18-1368 PROCENOW NH 16-1059 PRODI F 05-0214 PROKHOBOV PS 07-0304 PRUPPACHER HR 0 9 - 0 3 5 5 , 22-1799, 2 2 - 1 8 0 0 PRZASNYSKI M 07-0298 PTITSY~h% V N 10-0397 PUCHEAULT J 17-1135 PUCNKOV VV 18-1369 PURCELL JM 23-1941 PUTIRSKAYA GV 17-1143 Q U E H E E SS 15-0970 QUERRY MR 14-0778, 15-0952, 15-0968, 15-0969, 15-0976 Q U I C K E N D E N TI 13-0658, 15-0970 Q U I N C E BW 08-0250 QUINN JA 19-1456 QUIST AS 12-0580 R A E A L A I S JW 14-0683, 15-0971 R A B I D E A U SW 16-1065, 16-I078, 19-1574, 23-1843, 2 3 - 1 9 4 0 R A B I N O V I C B IB 0 4 - 0 1 7 2 , 20-1683 R A B i N O V I C E YAI 19-1481, 19-1485, 19-1488, 19-1491, 19-1492, 19-1493 RACHEVA MR 12-0599 R A D C H E N K O IV 0 8 - 0 3 2 4 . 18-1390 RAE HK 21-1722, 2 1 - 1 7 4 7 RAGHAVAN CV 11-0458 RAHMAN A 18-1370, 18-1400, 18-1402, 20-1684, 20-1685 RAHN 0 14-0867 RAI G 10-0383, 11-0435. 11-0436. 11-0438, 11-0453 RAICHEVSKI G 1 7 - 1 1 4 4 , 17--1145 RAJAGOPALAN S 11-0454 RAKHUBA VK 12-0568 RAKOVSKI1 GB 12-0581 RAMANAIAH KV 15-0972 RAMIREZ JB 23-1941 R A N K DH 11-0423 RAO CNR 18-1164, 18-1371, 18-1372. 18-1373, 18-1374, 19-1519, 19-1575 RAO CVS 20-171% RAO KN 14-085~ RAO NR 15-0972 RAO SM 15-0972 RAPEANU S 16-1025, 16-1066, 18-1067 RAPOPORT E 02-0849 RASMUSSEN DH 0 3 - 0 1 1 W , 19-1576, 2 0 - 1 6 8 6 RASSOKHIN NG 06-0265 RASTORGUEV YL 02-0041 R A T N NS 14-0770 RATNER MA 23-1845 RAUK A 18-1275 R A Y SP 15-0973 RAZUMIKHIN VN 04-0166 REDFIELD AG 13-0659 REICHARDT W 23-1942 REICNELT K 16-1068 R E I D DS 03-0084 REIN R 12-0569, 12-0570, 16-1085 R E I N I S C B RF 15-0830 REITER R 23-1943 REJHON J 12-0501 REMKO JR 16-0990 RENKEK KB 2 3 - 1 9 4 4 , 23-1945, 23-1946, 23-1947 R E N N E K E DR 2 3 - 1 8 9 3 RENNER G 14-0832 RENNIE GK 19-1595 RENZ U 06-0266 RESCA L 23-1936 R E S I N G HA 13-0660 RHODES M 16-1064 RICCI FD 09-0356 RICCI MA 09-0356 RICE SA 0 8 - 0 1 9 9 , 18-1424 RICHARDS RE 23-1817 RICHARDSON RD 21-1748 RICHER LL 19-1518, 19-1520 RIDDIFORD AC 07-0310 RIEHL N 0 1 - 0 0 2 5 , 23-1833, 2 3 - 1 8 3 9 , 23-1840 RIGNY P 16-1015, 16-1016 RINALDI D 02-0050 RINK H 17-1146 RISEN WM 15-0974 RIVAIL JL 02-0050

739 R I V K I N SL 0 1 - 0 0 2 6 , 0 3 - 0 1 1 5 . 08-0331, 18-0394, 10-0395, 10-0396, I0-83~7. 10-0398. 10-0399 RIZK HA 10-0400, 12-0582 R O B E R T S NK 20-1687 R O B E R T S O N CW 14-0868, 14-0869 ROBESON A 16-107W R O B I N S O N DW Iq-0747, 14-0870 ROBINSON JE 12-0550 ROBINSON JW 12-0583, 12-0584 ROBINSON MG 20-1688 ROCCA D 09-0356 ROCHA A 20-1665 ROCBAT J 18-1375 RODKIGUEZ S 12-0550 R O E L L G E N FW 07-0312 ROELS JA 22-1805 R O G A N O V VS 12-0497, 12-0498. 12-0502, 2 3 - 1 8 5 9 R O J A S D E D I E G O JL 21-1730 ROMANENKO VN 20-1689 R O S E L M A N IC 23-1932 ROSENSTOCK BM 18-1196, 18-1376 ROSINSKI J 22-1788 R O S S DK 12-0585 ROSSIKNIN W 18-1377, 18-1378, 18-1379 R O S S O T T I HS 19-1577 R O S T A PZ 03-0116 R O T H E 21-1720, 2 1 - 1 7 4 9 ROTHENBERG MS 19-1578, 19-1579 R O T H M A N LS 12-0485 ROTHWELL AE 17-1160 ROTT LA 12-0480 ROULET M 23-1874, 2 3 - 1 8 7 8 ROULLEAU M 05-0205 R O U S S E A U DL 19-1477, 19-1580. 19-1581 RODX JA 15-0983, 15-098% ROUX M 14-0733 ROY S 20-1690 ROZENFELD SSH 13-8654 ROZENTAL OM 12-0586, 2 0 - 1 6 9 1 . 2 2 - 1 8 0 1 t 2 2 - 1 8 0 2 ROZBTT RW 12-0489, 2 C - 1 6 6 2 ROZHALIN VP 03-0077 RUBIN H 87-0308 R U C K AN 15-0975 R U D O L P H BE 0 6 - 0 2 2 5 RUE~P R 12-0587, 12-0588 RUETERJANS H Iq-0677 RUFF I 20-1692 RUNCK AH 23-1980, 23-1982 RUNDLE BW 28-1642 R U N N E L S LK 23-1948 R U S A N O V AI 07-0302, 07-0313 BUSCH W 18-1380 R U S K AN 14-0778t 15-0976 R U S S E L L JD I~-1227 R Y A N BE 22-1792, 22-1793, 22-1"803 R Y C H K O V A ER 14-0676 R Y Z H O V YUN 20-1655 SABIN JR 19-1582, 20-1616 S A D I K O V IP 16-1040, 16-1041 SADLEJ AJ 13-0639, 13-0640, 16-1043, 18-1276 S A F F O R D GJ 16-1069, 1 6 - 1 0 7 0 . 16-1071, 16-1072, 18-1381 SA/VIUR JB 06-0242 SAKABE y 12-0532 SAKAI H 18-1382 SAF~A/~4~T0 S 16-1073 S A L A I T A GN 16-1074 SALGADO J 09-0347 SALIKHOV VA 11-0425, 1 3 - 0 6 3 0 SALOMAA P 20-1693, 20-1694 SALOMON M 03-0117, 0 3 - 0 1 1 8 SALUJA PPS 20-1606 SALVETTI G 22-1761 SALVETTI O 18-1173, 18-1251 S A M A R I N SM 11-0425 SAMIGULLIN FM 16-0998, 18-1220 SAMMON DC 17-1100 SAMOILOV OYA 20-1695 SAMPOLI M 15-0938 SANDORFY C 20-1679 S A N T R Y DP 12-0492, 2 3 - 1 9 ~ 9 . 2 3 - 1 9 5 0 S A P R Y K I N YUN 10-0369 SARAF DN 13-0646 SARID D 11-0456 SARKISOV GN 03-0119, 0 3 - 0 1 2 0 , 14-0871, 18-1383 S A R O F I M AF 22-1763

740

Bibliography on Physical and Chemical Properties of Water: 1969-1974

S A R U K H A N O V M~ 13-0654 SASAKI E 18-1171, 18-1172 SASAKI Y 19-1583 SASNAUSKAS K 12-0500 SASSE RA 17-1147 SATO S 12-0539 SATYANARAYANAN A 03-0121 SAUMAGNE P 14-0767, 14-0768, 14-0813, 18-1384 SAWAI T 17-1126, 17-1148, 17-1149 SAXE RF 06-0267 S C H A A F JW 23-1951 SCHAAFFS W 09-0342 S C H A E F E R HE 18-1385 S C H A E F E R VJ 23-1952 SCHAFERLINGOVA W 16-0996 S C H A E F E R PC 16-1069, 16-1072 S C H E C H T E R RS 07-0292 S C H E I E CE 09-0353 S C H E N C K GO 15-0948 SCHENK J 23-1953 SCHENKELS FAM 23-1953 S C H E R A G A HA 03-0091, 14-0615, 18-1309, 18-1310, 18-1392 S C H E R E R JR 14-0872 SCHIFFER J 18-1386 S C H I F F R I N DJ 03-0122 SCHILLER R 17-1134, 17-1150 SCHINDEWOER U 21-1723 SCHLEGEL J 12-0545 SCHLEIPPMANN A 23-1833 S C H M I D T FW 03-0087 S C H M I D T HV 12-0589, 23-1954, 2 3 - 1 9 5 5 SCHMITTINGER P 18-1215. 18-1387 SCHNEIDER GM 20-1696 SCHNEIDER J 23-1978 SCHNEIDER W 08-0206 S C H N Y D E R S HC 06-0231 S C H O E N RI 15-0939 S C H O L B E R G HM 07-0314 S C H O T JW 03-0123 SCHREINER F 06-0216, 20-1597 S C H R O E D E R RC 05-0207 SCHUFLE JA 04-0167, 04-0168, 12-0590 SCHUHMANN P 19-1544 S C H U L E R RH 17-1138 SCHULLER D 19-1584 S C H U L Z NH 23-1956 SCHUSTER P 18-1388, 18-1389 S C H W A R T Z ME 18-1342 S C H W A R Z HA 17-1099 SCIESINSKI J 16-1008 SCOLES G 14-0695 SCOTT BF 19-1446 S C O T T MC 16-1005 SCOTT WD 23-1872 SCHOCCO E 20-1608 SEBAN RA 05-0208 S E E M A N N KW 16-1020 SEGAL GA 14-0729 S E I H E R HA 04-0169, 15-0983, 15-0984 SEIDEL H 18-1380 S E I D E N S T I C K E R RG 23-1957 SEIFER AL 18-1350 SEIGLE G 16-1075 S E K H O N RS 03-0094 S E K I S 03-0130, 23-1861, 23-1862, 23-1913, 23-1962 SERIYA T 16-1094 S E K O Y A N SS 03-0124 SELECKI A 10-0401, 20-1697, 2 1 - 1 7 5 0 S E L I V A N O V VI 23-1859 SELTZER S 17-1155 S E M E N O V NA 12-0591 S E M E N O V A MN 12-0591 SEMKO OYA 12-0573 SEN P 16-1061 SENATRA D 12-0592 SENGHAPHAN W 11-0455 SENIOR WA 14-0873 SERBAN C 11-0418 S E R G E E V AD 09-0357 SESHAN PK 21-1751 SESSELMANN I 23-1956 S E T H U R A M A C H A N D R A N TS 21-1751 SHACK R 12-0520 S H A E D E EA 17-1151

S H A F F E R LB 16-1035 S H A F F E R PC 16-1071 S H A H PGS 01-0027 SHAHAM-BRONSTEIN J 11-0456 S H A I R FH 06-0244 S H A K H P A R O N O V MI 12-0~83, 12-0484, 20-1611 SHAKIROV AA 13-0624 SHANURIN YUE 14-0820 S H A P O V A L O V IN 18-1390 S H A R D I N GN 14-0799 SHARIPOV RK 06-0245 SHAVITT I 18-1267 S H A W MT 19-1585 SHAW H 02-0038 S H A W YL 13-0661 S H A W Y H R RE 23-1959 SHCHEGOLEV VA 23-1901 S H C H E R H A LD 20-1698 S H C H H K A R E V SA 18-1391 SHELEPiN LA 14-0696 S H E L I N E RE 16-1078 S H E L Y U K H A E V BP 14-0922, 15-0987 S H E P P A R D RJ 12-0519 SHERMAN W 04-0168 S H E R W O O D TK 20-1699 S H E W C H U K SR 20-1700 SHIMANSKII YUI 06-0268 SHIMODA K 14-0893 SHIN HK 14-0874 S H I P M A N LL 18-1392 S H I S H E L O V A TI 14-0836 SHLYAPNIKOV VV 03-0125 SHORE L 13-0636 S H R A G O ZKH 03-0128 S H R A I B E R LS 18-1393 S H R A N I N YUI 17-1152 SHTUKKENBERG YUM 20-1719 SHUBIN VN 01-0028, 17-1152 SHUPPERT J 03-0064 S H U S H P A N O V PI 06-0278, 11-0422, 11-0457, 11-0465 SHHTZ J 23-1987 SHVECHENKOV YUA 07-0302 S H V Y R Y A E V YUV 12-0595 S I D O R E N K O SV 06-0227 S I D O R O V SE 16-1027 S I D O R O V A AI 14-0777, 14-0798, 14-0806, 14-0851, 14-0875, 14-0876, 14-0877, 14-0878, 14-0879, 14-0924, 18-1435, 18-1437 SIDOROVA MP 12-0593 SiEEOWSKA A 07-0298 SIGNORF~LLI G 15-0938 SIKSNA R 18-1394 S I L V E R EG 16-1076 S I M A K O V GV 11-0451 SIMCOX GK 12-0594 S I M M O N S GL 17-1153 S I M O N FE 20-1603 S I M O N MN 14-0880 SIMONOVA VKH 19-1492 SIMONS G 18-1395 SINCLAIR PM 19-1586 SINEV VN 17-1161 SINGAL RK 19-1501 S I N G H BK 10-0383, 10-0384, 11-0439, 11-0453 SINGH CL 10-0385 SINGH O 02-0051, 02-0052, 15-0963, 18-1396 SINHA KHC 15-0985 S I N I T S Y N BI 16-0999, 16-1000 SIROTA AM 0 3 - 0 1 2 6 , 03-0127, 03-0128, 08-0332, 08-0333, 08-0334, 12-0595 SIHOUNIAN V 14-0881 SISSON AB 15-0974 S I V A K H M A R KV 11-0459 SIXOU P 23-1880, 23-1881, 23-1920. 23-1960 SRERBELE A 14-0612, I~-0882 SKOLD K 16-1008 S K R I P O V VP 02-0037, 0 3 - 0 0 7 4 , 0 5 - 0 1 7 8 , 5 - 0 1 7 9 , 06-0269, 20-1678 SLAUGHTER H 20-1709 S L E S A R E V S K I I SO 05-0210 SLIPCHENKO VA 20-1654 S L O N I M IY 13-0662 SLOVACEK RE 16-1048 S L U Y T E R WM 06-0276 SMALLER B 16-0990

Author Index to Bibliography SMART C 19-1585 S M I R N O V LA 14-0883 S M I R N O V VI 06-0270 SMITH AM 0 4 - 0 1 6 9 , 15-0983, 15-0984 SMITH DF I%-0884 SMITH DG 12-0553 SMITH JAS 18-1213 SMITH KM 14-0695 SMXTH MD 04-0158, 0%-0159 SMITH VH 15-0962 SMOLSKII BM 22-1791 SMUTEK M 19-1587 SNOW WR 16-1077 SOBOLEV VD 0 4 - 0 1 4 3 , 19-1490 SOKABE N 20-1701 SOKOL GF 10-0402 EOKOLOWSKA A 14-0885 S O L D A T O V VS 03-0112 S O L O U K H I N RE 12-0~68 S O L O V K I N AS 18-1397 SOLTYK W 20-1676 SOONAWALA MF 0 % - 0 1 7 0 , 10-0403 SOROKI~ BV 17-1161 S O R O K I N SL 13-0663 S O R O K Z N A GS 04-0154 SOWERS BL 15-0977 S P E D D ~ N G FH 0 4 - 0 1 % 8 , 14-08%8 SPENCKR LV 17-1153 SPENGLER JD 05-0189 S P E V A C K JS 21-1752 SPIESS HW 16-1078 SREDNI H 16-1079 SRINIVASAN KR 12-0596 SRINIVASAN S 21-1743 SROKA W 20-1607 ST D E N I S CE 09-0358 ST J E A ~ R 20-1702 S T J O H N GA 15-0930 S T A A T S PA 14-0722, 14-0739 STAIRS hA 05-0209 STAMPFER JF 0 6 - 0 2 3 0 , 06-0241 S T A N L E Y F24 08-0326, I0-0~04, 15-0978 STASCH~WSKI D 20-1703, 2 1 - 1 7 5 3 STATZ G 23-1961 STEARNS CA 19-15%0 S T E C K E L F 0%-0156, 10-0387 STEENBECKELIERS G 14-0691, I%-0692. 14-0693,

1%~0811, I~-0886 STEFAN H 16-1025, 16-I066, 1 6 - 1 0 6 7 STEIN GD 18-1398 STEENEE B 15-0949 STEKOLNIKOV VA 0%-0166 S T E L M A K H SS 05-0210 STELTS ML 16-1080 S ~ E P A N C H U K VF 02-0053, 03-0129 STEPANOV GV 03-0061, 03-0062 S T E P A N O V A TB 14-0887 STEPHENSON DA 15-0979 S T E V E N S WH 2 1 - 1 7 5 4 , 2 1 - 1 7 5 5 S T E V E N S WJ 1%-0888 S T E V E N S O N DP 18-1399 STILLINGER FH 18-1186, 18-1260, 18-1370, 18-1400, 18-1401, 18-1402, 18-1403, 20-1637, 2 0 - 1 6 6 3 , 2 0 - 1 6 8 5 STOCKTON GW 16-1081 STOKES RH 12-0494 STONE JMR 14-0713 STOPKA P 20-170% S T O R C H A I NT I%-0847, 18-13~0, 18-1378 STOUFFS P 14-0693 STRAUBEL H 12-0597 S T R A U C H RG 15-0979 STREY G 18-1269 S T R I C K L A N D - C O N S T A B L E BF 22-1769 STRINGER B 17-1100 STRNAD J 19-1588 STROBEL HA I~-0800 S T R O K A C H Pp 20-165% STRCMBERG RR 19-1542, 19-1543 S T R O M M E N DP 14-0889 SUBRAHMANYAM SV 11-0458, 11-0459 SUBRAMANIAN S 14-0759 S U D A R I K O V A NI 03-0112 SUGA H 03-0130, 23-1861, 23-1862, 23-1913, 23-1962 SUGISAKI M 03-0130, 2 3 - 1 9 6 2

741 SUGIYAMA H 16-1082, 16-1083 S U K H A N O V A TV 14- 0875 S U L L I V A N AH 17-1155 SUMITA K 16-1023 S U M M E R F I ELD G C 16-1084 H UPRUNOV MM 12-0591 SUSLAVICH R 19-1508, 1 9 - 1 5 0 9 SUSSMANN JA 23-1963 SUTTON J 17-1128 S UVOROV AP 16-0999 S 5~/OROV NP 03-0131 SUZUKI SH 14-0890, 19-1589 SUZUKI V 23-1964 SVARE I 16-1030 S V E R D L O V I24 I~-0809 SVIRMiCKAS A 16-1036, 16-1037, 16-1038 SWAMy KM 11-0%46, 11-0460, 11-0461 SWAMY KSK 23-1965 S W A M Y PS 11-0460, 11-0461 SWANSTROM P 18-I~13 S W E E T O N FH 20-1705 S W E N S O N CA I%-0891 SWIHZOW GK 12-0528, 19-1590, 19-1591 SWESSLER TJ 16-1085 SYMONS MCR 14-0684, 14-0800, 18-1404 S Y R N I K O V YUP 03-0132, 09-0359, 18-1405, 18-1406 SYSONS MCR 11-0412 SZABO A 18-1407 TABOR D 23-1932 TACHIKAWA E 17-1130, 17-1131 TAFT H 13-0664 TAIT AD 18-1408 T A I T KS 14-0807 TAKAHASHI H 16-1028 TAKAHASHI T 12-0598, I~-0862. 2 0 - 1 7 0 6 TAKAHASHi y 20-1706 TAKAHATA Y 18-1409 TAKAMURA T 14-0892 TAKEUCHI N I%~0893 TALAEV MV 19-1481, 19-1491, 19-1492 T A L L M A N DE 18-12~6 TAMIR A 06-0271 T AMURA Z 20-16%3 TANAKA E 14-079%, 15-0956 T A N D O N US 10-038% TANISHITA I 02-0055, 0 3 - 0 1 3 % TANNER AC 18-1410 TANTSYREV GD 23-1966, 2 3 - 1 9 6 7 TAPEA O 18-1411 T A R A S O V VD 13-0665 TATIBOUET J 23-1976 TAUE IA 23-1968 TAUBENBERGER R 23-1969, 23-1970, 23-1971, 23-1972 T A Y L O R EH 19-1592 T A Y L O R HS 14-0729 TEBBUTT THY 01-0029 TEGENFELDT J 18-1318 TENEBRE L 15-0961 T E R - P O G O S S I A N RiM 20-1711 TERAO K 20-1707, 2 2 - 1 8 0 % TERLETSKII VA 20-1611 T E R P I L O V S K I I DN 13-0666 T E S L E N K O VS 11-0417 TEWARI SP 16-0993, 16-102% THANKH D 07-0297 THAYER VR 2 1 - 1 7 4 5 . 21-1756, 21-1757, 21-1758 THEOFANOUS TG 20-1708 THIJSS~ HAC 22-1805 THOMAES G 19-1573 THOMAS IL 16-1086 THOMAS JK 17-1154 THOMAS MW 18-1412 THOMPSON WK 19-1565 T H O M S E N JS 11-0462 THOMSEN K 18-1413 T H O M S O N DB 14-0766 THORNE JM 20-1709 THRUSH BA 14-0861 T H U Y CD 14-0915 TIEN C 23-1975 TELLER HJ 14-0753 TILLER WA 12-0538 TZMMERHAUS KD 08-0327 TIMOFEEV VB 06-0252, 0 6 - 0 2 5 3

742

Bibliography on Physical and Chemical Properties of Water: 1969-1974

T I M O S H C H E N K O GT 07-0309, 08-0330. Iq-0836. 18-1332 T E A C H E K ZA 12-0604 TKACNEV W 12-0586 TODHEIDE K 03-0133 T O D O R O V SI 12-0599 T O L M A C N E V VI 1 8 - 1 3 2 8 . 18-1329 TOLMACHEVA LA 16-1041 T O L S T Y K H TS 14-0841 T O L U B I N S K I I VI 06-0272 TOMASREV AP 20-1717 TOMASI J 20-1608 TOMIRHKO AG 03-0126 TOMLINSON C 20-1632 TOPSOE HFA 21-1759 T O P S O M RD 12-0579 TORRINI M 13-0616 T O R Y A N I K AI 0 9 - 0 3 4 5 . 16-1044 TORYANIK VM 09-0345 TEARER DG 18-1303, 20-1653 T R A E G E R JC 12-0566, 12-0567 TRAJM/hR S I~-0894, 14-0895 T R A K E T E N G E R T S MS 03-0058, 0 3 - 0 0 5 9 . 0 ~ - 0 1 3 9 TRAOURCUDER R 21-1749 T E E L O A R NC 11-0412 TREMILLON B 20-1615 T R E V E N A DE 07-0285 T R ~ V I N O SF 18-I~14, 23-1939 T R I C K WT 08-0335 T R I P A T N Z ND 18-1298 TROFIMENKO VG 14-0847 TROKHAN AM 06-0273 TROSSI L 16-1017 TRUCCO MA 06-0274 TRUMPY G 17-1113 T R U N I N PF 11-0451 T R U S T Y GL 14-0896 TSAPLINE B 14-0733. 14-0897 TSEDF.~BERG N V 04-0171 TSITSISNVILI GV 14-0898 TSUDA S 12-0606 TSURUBUCHI S 15-0980 TSVETKOV VG 04-0172, 20-1683 T S V Y L E V OP 11-0466, 14-0925 T S Y P I N SG 16-0999, 16-1000 TUBINO R 23-1823 T U C K E R JC 03-0064, 03-0114 TUEMMLER R I~-0803 T U K H V A T U L L I N RS 13-0652 T U R N E R DW 15-0931, 15-0935 TURNER JE 17-1155 T N R S I AJ I~-0899, 14-0900 T U R T O N JS 06-0275 TYMINSKI B 10-0401 TEURIN AV 13-0672 UDDiN MG 12-0600 UEDAIRA N 10-0405 UEMATSU M 03-0134 UPADESHEV VA 11-0430 U R M A N YG 13-0662 USHAKOV VYA 12-0552 USHAKOVA EM I~-0875 HSHAKOVA LA 07-0303 VACCARO G 21-1729 VAGNEREA 22-1791 VAEHNENKO Vi 12-0547 V A K S E R IKH 12-0557 V A L I C MI 2 3 - 1 9 7 3 VALLAURI ME 19-1478 VAN DEN BEUKEL A 23-197~ VAN DUIJNEVELDT FB 18-1415 V A N D U I J N E V E L D ~ - V A N DE RIJDT J G C M 18-1415 V A N G I L S GE 04-0173 V A N N O O K WA 0 3 - 0 1 3 5 , 08-0211 V A N S T R A L E N SJD 06-0276 V A N D E R V E E N NG 03-0080 VANDERGRIFT AE 03-0088 V A N D Y U K O V EA 13-0652 VANICHEVA NA 08-0336 VANIER CR 23-1975 V A N Z A N T BW 11-0408 V A R G A F T I K NB 07-0315. 07-0316. 07-0317. 08-0336 V A R S H N E Y A NC 02-0052. 03-0079. 15-0962. 18-1396 V A S I L E V AN 13-0667 V A S I L E V VP 03-0100 VASSERMANAA 02-0054

VASSOILLE R 23-1976 VDOVF~NKO V M 16-1087. 18-I416, 18-1417 VEDEL J 20-1615 VENUGOPALAN M 04-0168 VEPEEK-SISKA J 20-1704 V~RGANI C 18-1235 V E R G A R A FR 0 7 - 0 3 1 8 VERHOEVEN J 13-0668, 18-1418 VERMA SN 15-0985 VERR~LL RE 14-0873, 14-0901 VERSHININ YUN 12-0605, 15-0986 VETCHINKZN SI 18-1195 VETROV AA 14-0922 VIAUD P 07-0319 V I A U D PR 05-0212 VIAUX p 07-0320 VICENTINI V 05-0214 VIDEV K 03-0092 VIDULICH GA 12-0541 VIKTOR/NA MM 19-1593 V I L E S O V FI 15-0958, 15-0959, 15-0967 VILLAIN J 23-1814, 23-1977. 23-1978 VILLA~i S 21-1760 ViNCENT-GEiSSE J I~-0791 VINOGRADOV AP 15-0942 VINOGRADOV GA 17-1152 VINOGRADOV VM 12-0574 ViOLANTE MR 14-0727, 14-0726, Iq-0902 ViP.ATELLE J 21-1739. 2 1 - 1 7 4 9 V I S A G I E PJ 05-0213 VITTORI A O 05-0214 V L A D I M I R O V A LN 06-0249 VLAHAK~S JG 22-1806, 2 2 - 1 8 0 7 VLAS OV YUN 06-0273 VODAR E 14-0890 VOLE E 12-0478 VOLFAN M 09-0337 VOLK VI 14-0820 VOLKODAV u 11-0463 V O L K O V BN 07-0315, 0 7 - 0 3 1 6 , 07-0317 VOLKOV VI 16-1053 V O L K O V A SS 05-0200. 05-0201 VOL~ICKY Z 10-0406 VOLYAK LD 0 7 - 0 3 1 5 , 0 7 - 0 3 1 6 , 07-0317 VON BLANCKENHAGEN P 09-0360, 23-1947 VON HIPPEL AR 2 3 - 1 9 7 9 , 23-1980. 23-1981# 23-1982, 23-1983. 2 3 - 1 9 8 ~ V O N N O L L E WG 14-0903 VON NIESSEN W 12-0482, 15-0982 VONNEGHT B 05-0202 VOROBEV W 12-0468 VORONEL AV 03-0065 V O R O N I N GI 06-0246 VORONOVICH AN 16-1088 VORONTSOV AV 17-1123 VORSTMA~ MAG 22-1805 V O T H EO 20-1640 VU E 14-0890 VUKS MF 15-0981 V Y R O D O V IP 18-1419 WADA G 04-0174 WAGNER RG 20-1620 WAGNER R 12-0601 W A H L AC 18-1266 WALKER DC 17-1151, 17-1156 WAI~L T T 14-0904 e 14-0905, 18-I~14 W A L L A C E SC 17-1156 t 17-1157 WALRAZEN GE 14-0731, 14-0906, 1~-0907. 14-0908. 14-0909, 14-0910. I~-0911. 14-0912, 14-0913. 14-0914. 18-1420. 18-I~21. 18-1422 WALTON AG 22-1809 WANG SM 13-0661 WARD PRB 20-1710 WARD TM 18-1242 WARNER JU 16-1089 WARREN GJ 17-1158 WATANA~E K 02-0055. 0 3 - 0 1 3 4 WATTS RO 12-0471, 18-1178 W E B E R HP 14-0712 WECHT KW 1 4 - 0 7 3 1 WEEDEN DG 06-0221 W~ERTMAN J 23-1985 WEIGMA~N RJ 14-0915 WEISS A 09-0361 NEISS JJ 23-1986

Author Index to Bibliography WEISSMANN M 18-1423 WEITHASE M 16-1075, 23-1987 W E L C H MJ 20-1711 WEN WY 16-1090 WENDORFF J 10-0370, 10-0371 WENDT JOL 09-0362 W E N G E R A 23-1832 W E N T O R F RH 19-1594 W E N Z E L LA 08-0325 W E N Z E L RG 23-1843 WENZL H 23-1937 WERES O 18-1424 WERNCKE W 14-0915 W E R N E R AP 18-1425 W E S T O N RE 20-1712 WESTPHALWB 23-1979, 23-1980, 23-1982, 23-1984 W H A L L E y E 01-0030, 14-0916, 23-1818, 23-1819, 23-1820, 23-1882, 23-1897, 23-1929, 23-1988, 23-1989, 23-1990, 23-1991, 23-1992, 23-1993 WHANG BMW 18-1304 W H A N G B O MH 15-0982 W H I D B Y JF 13-0669 W H I T E I 07-0297 WHITE JL 19-1545 W H I T E H O U S E HT 06-0277 W H I T L O W SH 19-1446 W H I T N E Y RR 14-0734 W H I T T E M O R E WL 16-1091 W I C K R A M A S I N G H E NC 23-1965 W I E B E LI 17-1159 W I E L A N D G ED 01-0031 WIGHT GR 12-0602, 14-0917 WILARDJO L 18-1426 W I L H O I T RC 03-0071 WILLIAMS D 14-0736, 14-0778, 14-0868, 14T0869, 15-0965, 15-0969, 15-0976, 23-1951 WILLIAMS MMR 16-1060 WILLIP~MS MW 12-0543 W I L L I A M S PM 16-1092, 16-1093 WILLIAMS W 14-0894, 14-0895 W I L L I N G RI 18-1514 WILLIS C 17-1160 WILLIS E 19-1595 W I L S O N MF 20-1644 WILSON W 18-1274 W I N I C K JR 18-1339 W I N N I C K J 02-0056, 03-0136 WINSTEADM 01-0032 W I N T E R NW 18-1427 W O L F DE 04-0156, 10-0387 W O L F ED 19-1539 WOLFF H 23-1994 W O L F S B E R G M 20-1713 WONG C 16-1080 W O N G EL 19-1540 WOOD BE 04-0169, 15-0983, 15-0984 WOOD CD 09-0363 WOOD GR 22-1808, 22-1809 WOOD

JH

14-0707

WOOD M 1 6 - 1 0 3 6 , 16-1037 WOODBEAD-GALLOWAY J 18-1334 WOOLFLA 09-0354, 19-1553 WOOLSEy GB 14-0918 W O R T H / N G T O N BN 19-1462 WORZ O 12-0487 W R I G H T HA 17-1155 W R I G H T J 20-1714 WU AA 14-0697, 14-0698 WU C 14-0919 WUY 20-1636 WURZEL p 20-1710 WYDEVEM T 12-0603 WMSS HR 18-1228 YADAY BS 15-0985 YAGOV W 08-0245 Y A K ~ M E N K O LM 12-0604 YAKHSH LV 08-0336 YAKUSHEVW 11-0414 YA/WI%BE S 18-1382 yAMABE T 18-1382 YAMAMURA y t6-1094 y A M P O L S K I I PA 15-0929 Y A N G BT 14-0823 YANINSKII W 18-1428 YANO T 18-1429

743 yANSHIN EV 1 2 - 0 5 7 1 . 1 2 - 0 6 0 5 , 15-0986 YANSHIN KV 12-0571 y A R E M E N K O VY 18-1430 y A R O S L A V S K I I ZYA 13-0670 y A S H C H E N K O NE 06-0217 y A S H K I C H E V VI 10-0407, 16-1095 YASTREMSKII PS 13-0671, 20-1695 YAYANOS AA 02-0057 Y ~ATER ML 16-1020 YELLIN W 14-0920 YEN YC 20-1715 YIP S 18-1414, 23-1938 YOKOHATA A 12-0606 YOMOSA S 18-1431, 23-1995 YOSHIDA H 14-0892 YOSI DA Z 23-1996 YOUNG JA 16-1001 YOUNG RP 18-1264 YU NT 04-0168, 12-0590 YUDIN YUN 11-0432 Y U K H N E V I C H GV 14-0820, 14-0921, 14-0922, 15-0987 YHS HKO KB 11-0440 ZABELIN VA 13-0663 Z A D U M K I N SN 11-0464 ZAFAR MS 14-0726, 14-0923 ZAIDEL RM 10-0392 ZAITSEVA AM 18-1167 ZAKHAROV GM 23-1997 ZAKHAROVA EA 06-02%9 Z A K H A V A E V A NN 06-0278, 11-0422, 11-0457, 11-0465, 19-1480, 19-1481 ZANDOMENEGB~ M 14-0762, 18-1243 Z A R E M B A VG 13-0672 Z A T S E P I N A GN 18-1432, 20-1716 ZAUGOLNI KOVA NS 03-0065 ZEEE EP 12-0512 Z El DLER MD 13-0673 Z ELVENSKII YAD 20-1717 ZEMAN HD 14-0734 Z EMLICKA J 18-1433 ZERBI G 23-1823 Z E T T L E M O Y E R AC 20-1718 Z H E L E Z N Y I BV 04-0143, 04-0175, 05-0215, 07-0321, 18-143q, 19-1481, 19-1492 w 22-1810, 23-1998 ZHILENKO GV 13-0644, 13-0674 Z H I L E N K O V IV 12-0607, 14-0853 ZHOGOLEV DA 14-0834, 19-1596 ZHUKOVSKII AP 14-0876, 14-0879, 14-0924, 18-1435, 18-1436, 18-1437 Z H U R A V L E V AI 11-0466, 14-0925 ZHURAVLEV VF 20-1669, 20-1719 Z IEGELHEIM 0 12-0501 ZIELEN AJ 16-1036 ~ ILBF~G GA 11-0467 Z LMMERER W 03-0137 ZIMMERMAN GO 11-0455 ZLMON AD 07-0322, 07-0323 ZIPP A 14-0926 ZIPPER AF 07-0288 ZIVANOVI C M 23-1885 Z NAMENSKII BV 19-1593 Z O L O T A R E V VM 14-0838, 14-0839, 14-0927, 15-0966, 15-0987, 15-0988, 23-1999 Z O L O T U K H I N VG 17-1161 ZORIN AN 19-1488 ZORiN ZM 19-1480w 19-1491, 19-1496 ZOTOV YA 20-1664 Z U B A R E V VA 13-0622, 13-0675 Z U B E N K O IF 13-0650 Z U B R I L O V SP 18-1438 ZUELiCKE L 18-1300, 18-1301 ZUHRT CH 18-1300, 18-1301 ZUNG JT 19-1467 Z U P A N C I C I 09-0337 ZUSSMAN A 23-1836 Z W O L I N S K I BJ 03-0071 Z Y U B I N AS 18-1439